Chemical bonds that result from the electrical attraction between large numbers of cations and...

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Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds REVIEW

Transcript of Chemical bonds that result from the electrical attraction between large numbers of cations and...

Page 1: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Chemical bonds that result from the electrical attraction between large numbers of cations and anions

Cation – ?

Anion – ?

Ionic bonds – REVIEW

Page 2: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Ionic bonds most commonly form between …?

REVIEW

Ionic bonds are made up of charged pieces (ions) … Ions can be made up of single atoms or groups of atoms bonded together (polyatomic ions)

Page 3: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Binary ionic compound – ionic compound consisting of only 2 elements (monatomic ions)

Naming:

Name the cation and add an ide ending to the anion

Page 4: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Examples:

sodium and chlorine form…

sodium chloride

magnesium and oxygen form…

magnesium oxide

Page 5: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

What’s a binary ionic compound?

Binary ionic compound – ionic compound consisting of only 2 elements (monatomic ions)

Page 6: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Bromine bonds with sodium

Cesium bonds with oxygen

Silver bonds with fluorine

Sodium bromide

Cesium oxide

Silver fluoride

Page 7: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

What type of compounds have we learned to name?

How do you identify this type of compound?

Page 8: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

chlorine bonds with lithium

magnesium bonds with sulfur

aluminum bonds with oxygen

Lithium bromide

Magnesium sulfide

Aluminum oxide

Page 9: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Problem… names do not directly indicate ratio of ions…

Answer… empirical formula

Li2O NaCl MgF2

Determining formulas – Crisscross method

Page 10: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Determining formulas – Crisscross method

1. determine charges

2. Take away the +/- and crisscross them to determine subscripts

Page 11: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Determine the empirical formula for an ionic compound containing…

potassium and fluorine

calcium and fluorine

cesium and sulfur

aluminum and oxygen

Page 12: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Name the compounds formed when the following elements bond:

1.Calcium and fluorine

2.Chlorine and strontium

3.Silver and oxygen

Write the formulas for the following compounds:

1.Lithium bromide

2.Barium chloride

3.Sodium oxide

Page 13: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Throwing in the transition metals:

Use roman numerals if more than one charge is possible

Roman numeral = charge, if none use sheet, then same as binary ionic compounds

NAMING:

FORMULAS:

Page 14: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

The weird guys…

Page 15: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Throwing in the transition metals:

FeO

Au2S

CuF2

PbS

SbF3

NAMING:Work backwards - the overall charge in a compound must be 0

Page 16: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Throwing in the transition metals:

Lead II oxide

Silver bromide

Ferric Chloride

Formulas:

Page 17: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Throwing in the transition metals:

FeO

Au2S

CuF2

PbS

SbF3

NAMING:Work backwards - the overall charge in a compound must be 0

Page 18: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Throwing in the transition metals:

Lead II oxide

Silver bromide

Ferric Chloride

Formulas:

Page 19: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

silver chloride

iron III oxide

copper II sulfide

Formulas:

NiF2

Au2O3

Cu2S

NAMING:

Page 20: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

cadmium chloride

potassium oxide

Formulas:

Ni2O3

BaF2

NAMING:

Page 21: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Binary ionic compound – ionic compound consisting of only 2 elements (monatomic ions)

Page 22: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Binary Compound – A compound with 2 elements

more than 2 atoms = OK (CaF2)

more than 2 elements NOT ok (NaCrO4)

Page 23: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Throwing in polyatomic ions:

If formula has more than 2 eles.

Names do not change (no ide-ending)!

a non-ide ending should clue

you in (memorize hydroxide + CN-1)

more than one ion = parenthesis

NAMING:

FORMULAS:

Page 24: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Check:

Is the compound binary?

Does it contain a transition metal?

If yes, use your ion sheet!!!

Page 25: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Throwing in polyatomic ions:

MgSO4

(NH4)2S

NaOH

CrSO3

Zn3(PO4)2

NAMING:

Page 26: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Throwing in polyatomic ions:

Calcium Sulfate

Lithium Cyanide

Magnesium Hydroxide

Potassium Clorate

FORMULAS:

Page 27: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

potassium hydroxide

Iron III carbonate

Formulas:

SnO2

Co(NO3)2

NAMING:

Day 3 3-7

Page 28: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

calcium nitrate

silver carbonate

Formulas:

Li2SO3

Cu(OH)2

NAMING:

Page 29: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

sodium nitrite

nickel III oxide

magnesium chlorite

Formulas:

Pb(CO3)2NAMING:

Page 30: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Iron III sulfiteFormulas:

Co2(CO3)3NAMING:

Page 31: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Copper II nitriteFormulas:

Zn3(PO3)2NAMING:

Page 32: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Tin IV sulfiteFormulas:

CoPO4NAMING:

Page 33: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

1. Explain how you would

determine the name for Pb(CO3)2.

DETAILED EXPLANATION! What is the name?

Page 34: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

1. Is a compound of C bonded to H an ionic compound? WHY or WHY NOT?2. Name me: +2 ion of Copper and a bromine ion combine3. Write the formula for the ionic compound in # 2

Page 35: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

1.Write the formulas for the following:Cuprous Sulfide

Ferric Carbonate

Ammonium Nitrite2.Write the names for the

following:K3BO3

Co(NO2)3

Ag3PO4

Page 36: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Using Lewis dots to represent bonds (Lewis dots for compounds):

Na Cl

Na ClShared electrons (bonds) are represented with a line

Page 37: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Naming:

Acids are named for their anions

Binary: hydro – anion base – ic ending – the word “acid”

Acid - Compound that yields H+ ions (always starts with an H) – molecular compounds that act like ionics

Page 38: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Naming:

Acids are named for their anions

Binary: hydro – anion base – ic ending – the word “acid”

Non-binary: ate ending becomes ic, ite ending becomes ous

Examples:HF HBr HNO3 HNO2

Page 39: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Naming:

Acids are named for their anions

Binary: hydro – anion base – ic ending – the word “acid”

Non-binary: ate ending becomes ic, ite ending becomes ous

Examples:Hydrochloric acid

Sulfurous acid

Page 40: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

HCl = hydrochloric acid

HNO3 = nitric acid

HC2H3O2 = acetic acid

H2SO4 = sulfuric acid

H3PO4 = phosphoric acid

Page 41: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Binary Molecular CompoundsBased on Prefixes

1. Less electronegative first – prefix only if more than one atom

2. Second element – prefix, root of name, ending ide (if only two elements)

3.o or a @ the end of prefix is dropped if name begins with a vowel (monooxide, monoxide)

Page 42: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

PAGE 281

Mono 1

Di 2

Tri 3

Tetra 4

Penta 5

Hexa 6

Hepta 7

Octa 8

Nona 9

Deca 10

Binary Molecular

Compounds – prefix system

Page 43: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Write the Name:N2O5

SbF3

Dinitrogen pentoxide

Antimony trifluoride

Binary Molecular Compounds

Write the Formula:

Germanium tetraiodide

diphosphorous trioxide

GeI4

P2O3

Page 44: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Binary Molecular Compounds

Write the Name:As2O5

ICl3

diarsenic pentoxide

iodine trichloride

Write the Formula:

carbon tetraiodide

dinitrogen trioxide

CI4

N2O3

Page 45: Chemical bonds that result from the electrical attraction between large numbers of cations and anions Cation – ? Anion – ? Ionic bonds – REVIEW.

Electrolyte – anything that conducts electricity when melted or dissolved in water