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Chapter 14 Review. Define the following: Suspension Colloid Brownian motion Tyndall effect Soluble Insoluble Miscible Immiscible Concentration Molarity.

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Presentation on theme: "Chapter 14 Review. Define the following: Suspension Colloid Brownian motion Tyndall effect Soluble Insoluble Miscible Immiscible Concentration Molarity."— Presentation transcript:

1 Chapter 14 Review

2 Define the following: Suspension Colloid Brownian motion Tyndall effect Soluble Insoluble Miscible Immiscible Concentration Molarity Dilution

3 Name the type of colloid: Milk Fog Hairspray Whip cream Marshmallow Butter Blood Rubies

4 What is the percent solution (by volume) when 50. mL of ethanol is diluted to 140 mL with water?

5 What is the percent by mass of 21.0 g of sodium acetate mixed with 40.0 g of water

6 What mass of lithium chloride is found in 85 g of a 25% by mass solution

7 Calculate the molarity of a solution made by dissolving 20. g of NaOH in enough water to make 5.0 Litres of solution?

8 Calculate the number of moles of sucrose, needed to prepare 10.0 L of a 0.50 M solution.

9 Calculate the number of liters of KClO 3 which would be needed to prepare of a 0.010 M solution with 0.002 mols

10 Full strength hydrochloric acid is 11.6 M. How many liters of this concentrated solution is required to make 1.0 L of a 1.0 M solution?


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