Created on: July 5, 2007

Website Address: https://library.curriki.org/oer/Molarity-Problems-2

TABLE OF CONTENTS

- CA Chemistry Standards Correlation
- Introduction and Chemistry Course Overview
- Unit 1: Atomic and Molecular Structure
- Unit 2: Chemical Bonding
- Unit 3: Conservation of Matter & Stoichiometry
- Unit 4: Gases and Their Properties
- Unit 5: Acids and Bases
- Unit 6: Solutions
- Unit 7: Chemical Thermodynamics
- Unit 8: Reaction Rates
- Unit 9: Chemical Equilibrium
- Unit 10: Organic and Biochemistry
- Unit 11: Nuclear Chemistry
- APPENDIX 1: Investigations and Lab Safety
- APPENDIX 2: Measurement
- APPENDIX 3: Review of Chemistry Basics
- OLD Unit 4: Gases and Their Properties
- OLD Unit 5: Acids and Bases
- OLD Unit 6: Solutions
- OLD Unit 7: Reaction Rates and Equilibrium
- OLD Unit 7: Energy and Thermodynamics
- OLD Unit 9: Organic Chemistry and Biochemistry

- Lab Safety Contract
- Lab equipment pictures
- Lab Equipment - fill in the blanks
- Laboratory Discovery Walk
- Worst Case Scenario Project
- Lab Safety Quiz
- Introduction & Lab Safety

- Slideshow - Molarity
- Lab - Molarity
- Molarity Problems
- Molarity worksheet
- Lab - Making Ice Cream
- Lab - Making Ice Cream (worksheet)
- Lad - Making Ice Cream (grade sheet)
- Problem Set - Solutions
- Problem Set - Solids, LIquids, and Solutions
- Solutions Discovery Labs
- Solutions Discovery Lab worksheet
- Molarity Problems 2
- Problem Set - Solubility and Phase Diagrams
- UNIT 5 PRINTABLES
- Problem Set - Solubility and Atomic Spectra
- UNIT 5 SUPPLEMENTARY
- Unit 5 PRINTABLES
- Unit 5 SUPPLEMENTARY

IN COLLECTION

1) Determine the molarity of each of the following solutions:

a. 2.50 mol NaOH in 1.50 L solution

b. 412g BaCl_{2} in 3.75 L solution

c. 75.1g Ca(NO_{3})_{2} in 500.0mL of solution

2) You wish to make a 2.50 L of a 1.75 M Li_{3}PO_{4} solution. How many grams of Li_{3}PO_{4} should be added to this volume of water?

3) How many grams of NaOH are present in 65.0 mL of a 2.20 M NaOH solution?

4) Determine the molarity of each of the following solutions:

a. 4.50 mol MgCO_{3} in 2.50 L of solution

b. 90.2g K_{2}SO_{4} in 850.0 mL of solution

c. 10.5g NaF in 275 mL solution

5) How many milliliters of H_{2}O must be added to 75.5g of NaHCO_{3} to form a 0.500 M solution?

6) How many grams of glucose (C_{6}H_{12}O_{6}) must be added to make 750.0 mL of a 1.25 M solution?

7) Determine the molarity of each of the following solutions:

a. 2.50 mol NaOH in 1.50 L solution

b. 412g BaCl_{2} in 3.75 L solution

c. 75.1g Ca(NO_{3})_{2} in 500.0mL of solution

8) You wish to make a 2.50 L of a 1.75 M Li_{3}PO_{4} solution. How many grams of Li_{3}PO_{4} should be added to this volume of water?

9) How many grams of NaOH are present in 65.0 mL of a 2.20 M NaOH solution?

10) Determine the molarity of each of the following solutions:

a. 4.50 mol MgCO_{3} in 2.50 L of solution

b. 90.2g K_{2}SO_{4} in 850.0 mL of solution

c. 10.5g NaF in 275 mL solution

11) How many milliliters of H_{2}O must be added to 75.5g of NaHCO_{3} to form a 0.500 M solution?

12) How many grams of glucose (C_{6}H_{12}O_{6}) must be added to make 750.0 mL of a 1.25 M solution?

a. 2.50 mol NaOH in 1.50 L solution

b. 412g BaCl

c. 75.1g Ca(NO

2) You wish to make a 2.50 L of a 1.75 M Li

3) How many grams of NaOH are present in 65.0 mL of a 2.20 M NaOH solution?

4) Determine the molarity of each of the following solutions:

a. 4.50 mol MgCO

b. 90.2g K

c. 10.5g NaF in 275 mL solution

5) How many milliliters of H

6) How many grams of glucose (C

7) Determine the molarity of each of the following solutions:

a. 2.50 mol NaOH in 1.50 L solution

b. 412g BaCl

c. 75.1g Ca(NO

8) You wish to make a 2.50 L of a 1.75 M Li

9) How many grams of NaOH are present in 65.0 mL of a 2.20 M NaOH solution?

10) Determine the molarity of each of the following solutions:

a. 4.50 mol MgCO

b. 90.2g K

c. 10.5g NaF in 275 mL solution

11) How many milliliters of H

12) How many grams of glucose (C