SLO 2.3 - Solutions - Thompson Lab

Key Concepts and Skills

Solutions: Define and apply the terms solute, solvent, solution, solubility. Evaluate statements, diagrams and equation representations made about solutions and the process of dissolving
Molarity: Use the relationships between of moles, grams, volume and molarity to calculate the concentration of chemical solutions
Dilutions: Apply the concept of serial dilution to calculate concentrations of stock and dilute solutions.
Solubility Rules: Determine solubility of an ionic compound in an aqueous solution based on the solubility rules.
Precipitation Reactions: Predict products in precipitation reactions, list spectator ions in reactions, interpret models/diagrams depicting dissolution reactions, and write full molecular, total ionic, net ionic chemical equations describing the reaction.
Dissolution Stoichiometry: Given amounts an ionic compound and volume of an aqueous solution, determine the concentration of ions in an aqueous solutions in terms of molarity.

From the textbook:
- 5.2 Solution Concentration
- 5.3 Solution Stoichiometry
- 5.4 Types of Aqueous Solutions and Solubility
- 5.5 Precipitation Reactions
- 5.6 Representing Aqueous Reactions: Molecular, Ionic, Net Ionic Equations
- 5.7 Acid-Base Reactions (pp 185-188)
- 5.8 Gas-Evolution Reactions
POGIL Activities
- CA-C: Will it Dissolve?
- CA-D: Do Reactions Happen in Water?
- CA-30: How Concentrated is That Solution?
Other:

Sample assessment questions for CHEM 1340 SLO 2.3

From the textbook:
- 5.22-26, 3.30-32, 3.36-37, 5.41-44, 5.47-48, 5.53-56, 5.76, 5.79, 5.91
From other external sources:
- Molarity, Mass and Volume
- Ionic and Net Ionic Equations
From Dr. Thompson (links and embedded versions below):
- - Nomenclature