SG Test 2
TEST 2
STUDY GUIDE
STUDY GUIDE
| Topic | Text Reference |
| CHAPTER 16 | |
| - Know the general characteristics of acids and bases | Notes, 16.2 |
| - Know the Arrhenius definition of acids and bases | 16.3 |
| - Know the Brønsted-Lowry definition of acids and bases | 16.3 |
| - Identify Brønsted-Lowry acids and bases in a chemical equation | 16.3 |
| - Know the Lewis definition of acids and bases | 16.11 |
| - Identify Lewis acids and bases in a chemical equation | 16.11 |
| - Determine relative acid and base strengths from chemical equations | Notes |
| - Predict direction of a reaction based on acid and base strengths | Notes |
| - Rank strength of acids based on their molecular structures | 16.10 |
| - Rank strength of diprotic and polyprotic acids | 16.9 |
| - Calculate [
|
16.6 |
| - Calculate [
|
16.7 |
| - Know pH and pOH scales and their relationship to acid and base characteristics of solutions | 16.4 |
| - Calculate pH and pOH of a solution from given data | 16.6 & 16.7 |
| - Rank acidity or basicity of solutions based on their pH or pOH values | Notes |
| - Know what an acid ionization constant is and how its value determines the strength of an acid | 16.4 |
| - Write the expression for acid ionization constant | 16.4 |
| - Know the relationship of
|
Notes |
| - Know the relationship of concentration to the pH and % ionization of an acid | Notes |
| - Calculate the acid ionization (
|
16.6 |
| - Calculate the pH and % ionization of a weak acid solution given the acid ionization constant (
|
16.6 |
| - Calculate pH of mixture of acids: 2 strong, strong and weak and 2 weak | Notes |
| - Know the equilibria for polyprotic acids | 16.9 |
| - Calculate the concentration of various species for a diprotic acid given
|
16.9 |
| - Write the expression for base dissociation constant | 16.7 |
| - Calculate the concentration of various species in a weak base solution given
|
16.7 |
| - Calculate
|
16.8 |
| - Write equations for the hydrolysis of salts of weak acids and bases | 16.8 |
| - Predict whether a salt solution is acidic, basic or neutral | 16.8 |
| - Calculate the pH of a salt solution | 16.8 |