V Solution Stoichiometry V Solution Stoichiometry A Concentrations

V. Solution Stoichiometry

V. Solution Stoichiometry A. Concentrations are ratios, used like conversion factors

V. Solution Stoichiometry A. Concentrations are ratios, used like conversion factors B. Remember the rules

Stoich. Rules 1. Balance Equation

Stoich. Rules 1. Balance Equation 2. ID units of Unknown

Stoich. Rules 1. 2. 3. Balance Equation ID units of Unknown Write given

Stoich. Rules 1. 2. 3. 4. Balance Equation ID units of Unknown Write given Insert ‘conversion factors’

Self Check – Ex. 10 How many grams of Ag. Cl are formed when a 35. 5 m. L sample 0. 12 M Ag. NO 3 is added to excess Na. Cl solution?

Self Check – Ex. 11 How many milliliters of 0. 25 M HCl is required to react with 4. 0 g of Na. OH?

VI. Colligative Properties affected by the number of solute particles, but not the identify of those particles

VI. Colligative Properties A. Vapor Pressure: it’s lowered A measure of liquid water’s ability to become a vapor

VI. Colligative Properties A. Vapor Pressure: it’s lowered B. Boiling Point: it’s elevated

VI. Colligative Properties A. B. C. Vapor Pressure: it’s lowered Boiling Point: it’s elevated Freezing Point: it’s lowered

VI. Colligative Properties A. B. C. D. Vapor Pressure: it’s lowered Boiling Point: it’s elevated Freezing Point: it’s lowered Osmotic Pressure: it’s lowered Osmosis is movement of water through a semipermeable membrane

VII. Heterogeneous Mixtures

VII. Heterogeneous Mixtures A. Suspensions

VII. Heterogeneous Mixtures A. Suspensions B. Colloids

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