Post on 15-Mar-2020
Chemis II Redox Quiz
acidicwhich takes I US
S 0 2shy+ 2-4 6 +
-
Chemistry II Redox Quiz Name I~~
SHOW ALL STEPS
Balance the following equation which takes place in acidic solution using the ion-electron method
Mn0 - ~ + Mn2+ + S deg2- S deg2shy4 2 3 4 6
~ttih O -) -1 ~
Jshyd S)- () JltJ- - ----7 s lt- 0 e
-3 Hf +- M iO- --- Iv A ~ + + I( 1+f) c)
~ d-~ D) ~ S Cl J-shy~ 1 ~ ~- 10
-JMf Otf 1-
---------__ -- ------------shy---- -~u C (J J-~ ) ~+ ~ - I
- - - lt) ~ Ilt- f- 1ftJe f- gHc)O
-- ---- ---- - ----------------- -~
Chemistry II Redox Quiz
Balance takes place I us
+
Chemistry II Redox Quiz
SHOW ALL STEPS
Name l~
Balance the following equation which solution using the ion-electron method
takes place in basic
~)
-1JOlf--+ 13~ ~ Dl-ly(9~ + 0if--~O-
0 e ~f- St3J ~~ lot3r
Ii OfT ~ + (Jy- ~ -7 tJr 0 I- b H-~O Ie) e -shy
Chemistry II Chapter 5 Test Name ______________ _
SHOW ALL WORK
1 write a balanced ionic and net ionic equation for the following
BaC1 2 (aQ) + BaS0 4 (s) + AlC1 3 (aQ)
2 For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(b) CaO
(c) Se02
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between chloride and lead (II)
5 The Cl- 0160 M in a solution concentration of
6 How many millil of 0300 M NaOH are required to with 5000 mL of 0170 M H3 P0 4 to yield NalP0 4
7 How 11 formed if 250 mL of 0050 M Hel of 050 M AgN03
8 the equivalent mass of MnS04 when is oxidized to Mn02
9 How many mL of water be added to 850 mL of 100 N H P0 43
to a solution that 0650 N H3 P0 4 Assume that the volumes are additive
10 the following reaction by the ion-electron ( acidic solution)
+ +
11 lowing method )
+ +
12 Balance the by method
+ + + 2- +
I fO-
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
-
Chemistry II Redox Quiz Name I~~
SHOW ALL STEPS
Balance the following equation which takes place in acidic solution using the ion-electron method
Mn0 - ~ + Mn2+ + S deg2- S deg2shy4 2 3 4 6
~ttih O -) -1 ~
Jshyd S)- () JltJ- - ----7 s lt- 0 e
-3 Hf +- M iO- --- Iv A ~ + + I( 1+f) c)
~ d-~ D) ~ S Cl J-shy~ 1 ~ ~- 10
-JMf Otf 1-
---------__ -- ------------shy---- -~u C (J J-~ ) ~+ ~ - I
- - - lt) ~ Ilt- f- 1ftJe f- gHc)O
-- ---- ---- - ----------------- -~
Chemistry II Redox Quiz
Balance takes place I us
+
Chemistry II Redox Quiz
SHOW ALL STEPS
Name l~
Balance the following equation which solution using the ion-electron method
takes place in basic
~)
-1JOlf--+ 13~ ~ Dl-ly(9~ + 0if--~O-
0 e ~f- St3J ~~ lot3r
Ii OfT ~ + (Jy- ~ -7 tJr 0 I- b H-~O Ie) e -shy
Chemistry II Chapter 5 Test Name ______________ _
SHOW ALL WORK
1 write a balanced ionic and net ionic equation for the following
BaC1 2 (aQ) + BaS0 4 (s) + AlC1 3 (aQ)
2 For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(b) CaO
(c) Se02
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between chloride and lead (II)
5 The Cl- 0160 M in a solution concentration of
6 How many millil of 0300 M NaOH are required to with 5000 mL of 0170 M H3 P0 4 to yield NalP0 4
7 How 11 formed if 250 mL of 0050 M Hel of 050 M AgN03
8 the equivalent mass of MnS04 when is oxidized to Mn02
9 How many mL of water be added to 850 mL of 100 N H P0 43
to a solution that 0650 N H3 P0 4 Assume that the volumes are additive
10 the following reaction by the ion-electron ( acidic solution)
+ +
11 lowing method )
+ +
12 Balance the by method
+ + + 2- +
I fO-
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
Chemistry II Redox Quiz
Balance takes place I us
+
Chemistry II Redox Quiz
SHOW ALL STEPS
Name l~
Balance the following equation which solution using the ion-electron method
takes place in basic
~)
-1JOlf--+ 13~ ~ Dl-ly(9~ + 0if--~O-
0 e ~f- St3J ~~ lot3r
Ii OfT ~ + (Jy- ~ -7 tJr 0 I- b H-~O Ie) e -shy
Chemistry II Chapter 5 Test Name ______________ _
SHOW ALL WORK
1 write a balanced ionic and net ionic equation for the following
BaC1 2 (aQ) + BaS0 4 (s) + AlC1 3 (aQ)
2 For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(b) CaO
(c) Se02
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between chloride and lead (II)
5 The Cl- 0160 M in a solution concentration of
6 How many millil of 0300 M NaOH are required to with 5000 mL of 0170 M H3 P0 4 to yield NalP0 4
7 How 11 formed if 250 mL of 0050 M Hel of 050 M AgN03
8 the equivalent mass of MnS04 when is oxidized to Mn02
9 How many mL of water be added to 850 mL of 100 N H P0 43
to a solution that 0650 N H3 P0 4 Assume that the volumes are additive
10 the following reaction by the ion-electron ( acidic solution)
+ +
11 lowing method )
+ +
12 Balance the by method
+ + + 2- +
I fO-
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
Chemistry II Redox Quiz
SHOW ALL STEPS
Name l~
Balance the following equation which solution using the ion-electron method
takes place in basic
~)
-1JOlf--+ 13~ ~ Dl-ly(9~ + 0if--~O-
0 e ~f- St3J ~~ lot3r
Ii OfT ~ + (Jy- ~ -7 tJr 0 I- b H-~O Ie) e -shy
Chemistry II Chapter 5 Test Name ______________ _
SHOW ALL WORK
1 write a balanced ionic and net ionic equation for the following
BaC1 2 (aQ) + BaS0 4 (s) + AlC1 3 (aQ)
2 For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(b) CaO
(c) Se02
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between chloride and lead (II)
5 The Cl- 0160 M in a solution concentration of
6 How many millil of 0300 M NaOH are required to with 5000 mL of 0170 M H3 P0 4 to yield NalP0 4
7 How 11 formed if 250 mL of 0050 M Hel of 050 M AgN03
8 the equivalent mass of MnS04 when is oxidized to Mn02
9 How many mL of water be added to 850 mL of 100 N H P0 43
to a solution that 0650 N H3 P0 4 Assume that the volumes are additive
10 the following reaction by the ion-electron ( acidic solution)
+ +
11 lowing method )
+ +
12 Balance the by method
+ + + 2- +
I fO-
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
Chemistry II Chapter 5 Test Name ______________ _
SHOW ALL WORK
1 write a balanced ionic and net ionic equation for the following
BaC1 2 (aQ) + BaS0 4 (s) + AlC1 3 (aQ)
2 For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(b) CaO
(c) Se02
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between chloride and lead (II)
5 The Cl- 0160 M in a solution concentration of
6 How many millil of 0300 M NaOH are required to with 5000 mL of 0170 M H3 P0 4 to yield NalP0 4
7 How 11 formed if 250 mL of 0050 M Hel of 050 M AgN03
8 the equivalent mass of MnS04 when is oxidized to Mn02
9 How many mL of water be added to 850 mL of 100 N H P0 43
to a solution that 0650 N H3 P0 4 Assume that the volumes are additive
10 the following reaction by the ion-electron ( acidic solution)
+ +
11 lowing method )
+ +
12 Balance the by method
+ + + 2- +
I fO-
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
4 write molecular ionic and net ionic equations for the reaction that would occur between chloride and lead (II)
5 The Cl- 0160 M in a solution concentration of
6 How many millil of 0300 M NaOH are required to with 5000 mL of 0170 M H3 P0 4 to yield NalP0 4
7 How 11 formed if 250 mL of 0050 M Hel of 050 M AgN03
8 the equivalent mass of MnS04 when is oxidized to Mn02
9 How many mL of water be added to 850 mL of 100 N H P0 43
to a solution that 0650 N H3 P0 4 Assume that the volumes are additive
10 the following reaction by the ion-electron ( acidic solution)
+ +
11 lowing method )
+ +
12 Balance the by method
+ + + 2- +
I fO-
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
7 How 11 formed if 250 mL of 0050 M Hel of 050 M AgN03
8 the equivalent mass of MnS04 when is oxidized to Mn02
9 How many mL of water be added to 850 mL of 100 N H P0 43
to a solution that 0650 N H3 P0 4 Assume that the volumes are additive
10 the following reaction by the ion-electron ( acidic solution)
+ +
11 lowing method )
+ +
12 Balance the by method
+ + + 2- +
I fO-
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
10 the following reaction by the ion-electron ( acidic solution)
+ +
11 lowing method )
+ +
12 Balance the by method
+ + + 2- +
I fO-
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
11 lowing method )
+ +
12 Balance the by method
+ + + 2- +
I fO-
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
12 Balance the by method
+ + + 2- +
I fO-
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
I fO-
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
~ H-v~ ~- tt fbf 1-b be uL(y ~iue soo~ H3 fd ~ ( 4- Th ~ MP G~ V~Lltf(JR2poundeurod -amp iJcte ~cJ- ~
copy lV~M TkL ~ 01- CL s~~ ~~ )
lf(-~g 4- (lt-r~(~()~ ~ 6ampCD __L4 ~~~ Oxt 1- ttL ~h- Cy- 3fshy
~
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
~ S ~0 ~eJ + 4D[f+ fJ 0- H- Lf ~ d-N Ict- ctt -t-~t~ + ~()p-~ -r Q eshy
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
-------
---- -- -
-
~
D~(~ w--~ C~ CL c~ I~Jmiddot
F U1- ~ tf+- t- fh JJJ + Ai ~) -9_ c) itJ Ih () ~ + tV (jJ
c
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
3 c ~0 ~~ +~4Dll+-+ (J 0- H- Lf ----7 d--N -~ (j If -t- ~-~e) + O-DH-~ -r Q e
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
1---- - -----
q H--U-r s)POIf --7 TCT +- s r=O -t- ru A - -r- H- 1- Ii
-l (JfUl( _ ~ 0
I _______ ___ --- ------~-
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
1 shy 7CJ-1 bull
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
l~1I) A ~ht~~ 1 CL i~~ ~~~ i ~89s 0 Hlt9- JltJ y
jJeu ldiW 0 f~
1k6~yv of ~ift) ~ (d-f-~ 4~ () OD3 t flllv
1000 5 o-I-~K E~~~~
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
d) Ho~~ of kf()J 04-~ b~~ cJcJnJjuf
M~())3)~ ty-~ kN~0i ~ Lt0OJ ~~ ~~~~ 1
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
(9 t+~~ ~ ci- (l)tJ-~ cr(JI C~~~~ OtSU()_~1Jclt-Cr()f
4 te ~kk~__ k C-r 11--
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
~ MtJ-L A)lt-~~1-1 oj 4JcLctj fu ~
~ gt
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
[0 ~~J-t~j~~ ~~~ a ~I~
6Q
L Ott-~ ~h- -~Jcgt It)- +- ~ eshy
~ 6H---+ L- ~f ~ ~IfJH Jshy-3 (t-~o--t ] ~~D+ fJ () -- ~ t+1 t t)~ if ~ J 0 (f shy
Ilo0t + tt~1I --- tf ~(OH)shy
b I+~ -r N Ij-~ ~H(~ + q() H-shy
r------= ------~---------~----- --- ~-= - -_-- -- 1 1-Dtf- - i- bH-~0 +- ~ t + tJO~ ~ if3n (Ott JL( +- N~ 1 bull
~t _ __bull _1 bull - bull --bullbull - ~~ bullbull -- -- - -- -------~-- -- - ------------~1 bullbull
_-_--_
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
- ~ A-~tia 1 (L s~~~~I g95
0 IISdl
~flaquoeuroi~
9 ~9 J~ gt -~- 0 (j ~ 0 3 ( ---i kshy- 9 g IJfh
OJH03B~H1~l ~~)-= E8
~~gtvof ~Jru~T1-~ 4~ () OD3 1 ~ IDOO S 1- Lw~ Egtc~ ~~~
G ~~~OOj YOJ~~O~3g I Ot)O~
( (
gt 1)~ fJA-~Mrl(r~
l) ~ (H) 1 j_ j ( 0 6
(l~c)cl J
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
middot
_ ~Q~1-vO~ ~oj( pound) i ~
-----------------------_ _----__ -----------shy~
~~~
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
G) tf~~ ~ f No Co ~~~~ cJJO()~ No-oCr
middot4 t ~~k~ k CY 1~
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
~L0-~~J5 l6()~L of ()~J-+D fLt 11 CaNt ~~Y ~~_o ~L a-j 0- 330 M 1f(J- (Oy)
A) iJk A ~-tgth~ -rx~ In-~~~ (flub 0~
] ~JH) cent-_ - ftc ~ Of )j J ] (J~ S 0j __(+ 2- It-- l(O H)j -~---------- ---------_ _
~ I I ---- )-+ ) )1 t3tY~ + tOO r+ )+11~)+- 1 JOy -~ 3 J-SO-( CJ + d It ((O f J ((
OA~~~ C1A O - ] JOI-I MA OOi1r~rA 6Dr0cJ1- ~~O)SO ~ Y ~
g) wiJ6~ ~~a(~ A-f--J- () ~ 0 ( 0 ~ ~~- o-r~ Lc--i-1 ~ fD- 50--(
0 0)1 b~ () ff shy
--- -----_0- Off) ro Lshy
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
C~~tf ft YLt~(L~ I CL -r--shy~o~~
icJj~1
1t-L GM-G-J~yV of ffi~fu ~ IDeOS 1- LW-~
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
d Hc~ ~1 ~ 01 Ki0l 04-~ i ~x ~ cJJrrJji
Yt1 (tJc~)amp iF~ktL ktLI 01 ~~ AI0~JjJ 04 (~e~~~
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
6J If(0-~~ 1- fl) Cc c~ ~ltilJL i~~ 0 S()() 1) C0
1 ~ ~k~~ k C-r~
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
Q) LJ
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
Chemistry II Chapter 5 Test
SHOW ALL WORK (
1 Wri te a balanced following
ionic and net ionic equation for the
3 BaC1 2 (aQ) + ~ 3 BaS04(s) + d A1C1 3 (aQ)
~
2 bull For each of the following state whether their aqueous solutions would be expected to be acidic or basic
(a) N2 0 3 II CL~~
(b) CaO ~
(c) Se02 A~
(d) Cs2 0 ~~
3 What acid is formed by the reaction of P4010 with water
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
4 write molecular ionic and net ionic equations for the reaction that would occur between potassium chloride and lead (II) nitrate
l Ktl(1 -i- f(fl t)0~ Cot) ---S )KtJO l il-f +- h CQ~ C )
5 The concentration of Cl- is 0160 M in a solution of FeC1 3 bull
What is the molar concentration of FeC1 3
~ cQty I Fe GL j
6 How many milliliters of 0300 M NaOH are required to react with 5000 mL of 0170 M H P0 4 to yield Na 3 P0 4 3
~ (JO-O ti +- H3PO~ ~ 3+~0 1- 1-)) 1 fa-f
n
- I
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
7 How many grams of AgCl will be formed if 250 mL of 0050 M HCl is added to 1000 mL of 050 M AgN03
I
---=---shyamp~ tJ~~$ ~-(~
8 What is the equivalent mass of MnS0 4 when it is oxidized to produce Mn02 (-t shy-Jr
11 )t( -7 f-1~O~ t-Je-shy
CO~ M~u~ -
11~ )
9 How many mL of water must be added to 850 mL of 100 N H P043
to give a solution that is 0650 N H3 P04 Assume that the volumes are additive
fJ iJ =- f Ud-shy([ r shy
3
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
10 Balance the following reaction by the ion-electron method (in acidic solution)-
+ +
- - - --_ --- - --- - ___-- ------ _----- --~-- - ------ - -- - --- - --shy---~---
d +- 0 1- ~ H-r- +- A~t o~ +- )NO-~ ~ 11] A ()f +- IUJ- Uj j
gt---------------~
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
11 Balance the following reaction by the ion-eleCtron method (basic solution)
3 H-~O +CJLo ~ CL ---
t- to OH
(j i-
~~
~ 0 ff -----t- 7-CJ2O r-s tvi) f-L( ~ 1--~ --- (0 (lLJO] f- 9 (f-J- () 1I 1
~ -- --- ----- -__- --__ _-__ --- --~-- - ---- ----~
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
12 Balance the following reaction by the oxidation-number method ~+ qf ~ ~f
d H+ + ~103- + 5S03 2- -+ 12 + s-S042- + H20
L- II =- j _----~ ( r - I pi- d eshy~ J C I-d-we
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
Chemistry II units of Concentration Name _ _ _ _ _ _ _ Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3P0 4 (assume that all hydrogens are replaceable)
2 Determine the mole fractions of both substances in a solution containing 456 g of water and 652 g of glycerin C3H (OH)35
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
Chemistry II units of Concentration Name Temk Quiz
SHOW ALL WORK
1 How many grams of solute are required to prepare 15 liters of a 26 N solution of H3 P0 4 (assume that all hydrogens are replaceable)
x~ ~ (J shy
~dJ~ ( ~ C )~
lcJj(n) 2 Determine the mole fractions of both substances in a solution
containing 456 g of water and 652 g of glycerin C3 Hs (OH)3
1bull f cQ -L ) -
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
ofII Test
1 How many grams of a 50 weight NaCl are to yield 32 g NaCl
500 cm3 of 1 19 g cm3
)
3 What cane sugar
2 Calculate the concentrated
3723
the molal 200 g of
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
4 What is the molar concentration of a solution containing 160 grams of in 2000 mL of solution
5 Calculate the normality of a 465 mL solution of which is able to react completely with 567 mL of 134 N Al(OH)3 solution
6 An aqueous on a mass of 123 of NaCl and 175 grams of KN03 bull
fraction of component
236 mole
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
r)11 II J
Chemistry II units of Concentration Name )~ Test
SHOW ALL WORK
1 How many grams of a 50 by weight NaCl solution are necessary to yield 32 g NaCl
--- ~
rOD
2 Calculate the mass of anhydrous HCl in 500 concentrated hydrochloric acid (density = 119 containing 3723 HCl by weight
3 What is the molality of a solution which contains 200 g of cane sugar f dissolved in 125 g of waterC12H2201lf
o~ 0 il L _~-
0- ( ti 1 tJ
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru
--
4 What is the molar concentration of a solution containing 160 grams of CH30H in 2000 mL of solution
--------- _ 11 shy
5 Calculate the normality of a 465 mL solution of H2 S0 4 which is able to react completely with 567 mL of 134 N Al(OH)3 solution
Jt AltJ hA l D 7 r~ rampJ Q1 II I (DtJ)~ -~fJj~ ~lJ- j ~
CLOtb +shy~ 1 () ()
6 An aqueous solution having a mass of 123 grams contains 236 grams of NaCl and 175 grams of KN03 Calculate the molebull
fraction of EACH component
0- 3 ~ ~ ~ I0cL-Cl_ - --shyn~ 4191
- t 1
I ~rJ)~ In
19 fj cl)01
U I( (
----shy9 I~q 5 l+ru