1 Learning Check If we dissolve 40.55g of FeCl 3 in enough water to make 500. mL of the solution,...

1 Learning Check If we dissolve 40.55g of FeCl If we dissolve 40.55g of FeCl 3 in in enough water to make 500. mL of the enough water to make 500. mL of the solution, what is the molarity of solution, what is the molarity of the solution? the solution? Convert all unit: 40.55 g FeCl 3 1 mol FeCl 3 = 0.2500 mol FeCl 3 162.20 g FeCl 3 500. mL 1 L = 0.500 L 1000 mL Plug in to Molarity equation: Molarit y = 0.2500 mol 0.500 L Molarity = 0.500 M solution

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3 If a 6.0 L solution of 2.0 M HCl is diluted with 3.0 L of water, what is the new molarity? DilutionsDilutions M 1 V 1 = M 2 V 2 (6.0 L)(2.0 M) = (9.0 L)(M 2 ) 12.0 mol / 9.0 L = M M

Transcript of 1 Learning Check If we dissolve 40.55g of FeCl 3 in enough water to make 500. mL of the solution,...

Learning Check

If we dissolve 40.55g of FeClIf we dissolve 40.55g of FeCl33 in enough water to in enough water to make 500. mL of the solution, what is the molarity make 500. mL of the solution, what is the molarity of the solution?of the solution?

Convert all unit:40.55 g FeCl3 1 mol FeCl3

=0.2500 mol

FeCl3162.20 g FeCl3

500. mL 1 L= 0.500 L

1000 mLPlug in to Molarity equation:

Molarity =0.2500 mol0.500 L

Molarity = 0.500 M solution

Page 2: 1 Learning Check If we dissolve 40.55g of FeCl 3 in enough water to make 500. mL of the solution, what is the molarity of the solution? Convert all unit:

Preparing SolutionsPreparing Solutions• Weigh out a solid

solute and dissolve in a quantity of solvent to make desired amount of solution.

Page 3: 1 Learning Check If we dissolve 40.55g of FeCl 3 in enough water to make 500. mL of the solution, what is the molarity of the solution? Convert all unit:

If a 6.0 L solution of 2.0 M HCl is diluted with 3.0 L of water, what is the new molarity?

DilutionsDilutions

M1V1 = M2V2

(6.0 L)(2.0 M) = (9.0 L)(M2)

12.0 mol / 9.0 L = M2

1.3 M

Page 4: 1 Learning Check If we dissolve 40.55g of FeCl 3 in enough water to make 500. mL of the solution, what is the molarity of the solution? Convert all unit:

• What volume must be added to a 60.0 L solution of 3.00 M NaOH to produce a 1.50 M sample?

Learning CheckLearning Check

M1V1 = M2V2

(60.0 L)(3.00 M) = (1.50 M)(V2)

V2 = 120. L

Volume to be added = 120. L – 60.0 L = 60.0 L

Page 5: 1 Learning Check If we dissolve 40.55g of FeCl 3 in enough water to make 500. mL of the solution, what is the molarity of the solution? Convert all unit:

What is Nickel (II) Chloride?

Page 6: 1 Learning Check If we dissolve 40.55g of FeCl 3 in enough water to make 500. mL of the solution, what is the molarity of the solution? Convert all unit:

What is Nickel (II) Chloride?

Page 7: 1 Learning Check If we dissolve 40.55g of FeCl 3 in enough water to make 500. mL of the solution, what is the molarity of the solution? Convert all unit:

What is Nickel (II) Chloride?

Page 8: 1 Learning Check If we dissolve 40.55g of FeCl 3 in enough water to make 500. mL of the solution, what is the molarity of the solution? Convert all unit:

Hydrate• Water is added in the

natural state.

Page 9: 1 Learning Check If we dissolve 40.55g of FeCl 3 in enough water to make 500. mL of the solution, what is the molarity of the solution? Convert all unit:

9PROBLEM: Dissolve 5.00 g of PROBLEM: Dissolve 5.00 g of NiClNiCl22•6 H•6 H22O in enough water to O in enough water to make 250 mL of solution. make 250 mL of solution. Calculate the Molarity.Calculate the Molarity.

Step 1: Step 1: Calculate moles Calculate moles of NiClof NiCl22•6H•6H22OO

Step 2: Step 2: Calculate MolarityCalculate Molarity

Page 10: 1 Learning Check If we dissolve 40.55g of FeCl 3 in enough water to make 500. mL of the solution, what is the molarity of the solution? Convert all unit:

You Try!You Try!Make 100. mL of a 0.50 M solution of Nickel (II) Chloride

Then from that solution make a .25M solution

Solution Concentration - Ms. Thompson's Chemistry Site!! · 1 1000mL 1L solution 1mol C 12 H 22 O 11 170g C 12 H 22 O 11 Use Molarity to make Solutions •We can use Molarity to prepare

1 Solution Stoichiometry Solution Stoichiometry uses molarity as a conversion factor between volume and moles of a substance in a solution.

Notes: Concentration (Molarity) H/Unit 08... · Web viewNotes: Concentration of Solutions Concentration refers to amount of solute dissolved in a solution. MOLARITY (M) = • Molarity

$Lab Math Solutions, Dilutions, Concentrations and Molarity · PDF file · 2016-12-08Solutions, Dilutions, Concentrations and Molarity. ... To calculate the molarity of a solution,$

Lab Math Solutions, Dilutions, Concentrations and Molarity · PDF file · 2016-12-08Solutions, Dilutions, Concentrations and Molarity. ... To calculate the molarity of a solution,

Molarity, dilutions, & collision theory practice …collisonchemistry.weebly.com/uploads/3/8/2/4/38246343/...Name: Molarity, Dilutions, & Collision Theory Practice 1. A solution contains

Molarity – a molarity of a solution is the # of moles of solute per liter of a solvent solvent– a substance that dissolves another to form a solution:

Molarity final

Solution Stoichiometry The concentration of a solution is the amount of solute present in a given quantity of solvent or solution. M = molarity = moles.

Concentration of Solution Solvent Solute Molarity Parts ratio Mole Fraction Molality Concentration of Solution Moles of solute Liter of solution (M)

$Solution Concentration Molarity(M): Moles solute/1L solution Molality (m): Moles solute/1kg solvent Mole fraction (X A ): Moles A* total moles solution.$