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Program Guide - Department of Human Resources, Labour and ...

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IH 3116<br />

Solution Chemistry<br />

Prerequisites " IH 3111, IH 3112, IH 3113, <strong>and</strong> IH 3114<br />

1. Basic Concepts Related to Solutions<br />

1.1 Define solution, solvent, solute, dilute, concentrated, saturated, unsaturated,<br />

<strong>and</strong> supersaturated.<br />

1.2 Describe types <strong>of</strong> solutions (solid, liquid, gases, <strong>and</strong> aqueous).<br />

1.3 Define molar concentration (molarity).<br />

2. Solution Preparation<br />

2.1 Perform calculations involving the following: mass, moles, volume, <strong>and</strong> molar<br />

concentration.<br />

2.2 Describe procedure for preparing a solution <strong>of</strong> given concentration <strong>and</strong><br />

volume.<br />

2.3 Demonstrate correct use <strong>of</strong> a pipette <strong>and</strong> a volumetric flask<br />

2.4 Prepare solution given molar concentration <strong>and</strong> volume.<br />

2.5 Perform calculations required for diluting solutions.<br />

2.6 Prepare dilute solution from one <strong>of</strong> higher concentration.<br />

3. Property Differences <strong>of</strong> Matter in Terms <strong>of</strong> Intermolecular Forces<br />

3.1 Explain dynamic equilibrium in saturated solutions<br />

3.2 Define molar solubility.<br />

3.3 Calculate molar solubilities <strong>of</strong> substances given mass <strong>and</strong> volume at a given<br />

temperature.<br />

3.4 Explain how the nature <strong>of</strong> the solvent, the solute, temperature, <strong>and</strong> pressure<br />

affect the solubility <strong>of</strong> solids, liquids, <strong>and</strong> gases in liquid solvents.<br />

3.5 Define electrolytes <strong>and</strong> non-electrolytes.<br />

3.6 Experimentally distinguish between electrolytes <strong>and</strong> non-electrolytes.<br />

3.7 Write dissociation equations for electrolytic solutions.<br />

3.8 Calculate concentration <strong>of</strong> specific ions in solutions <strong>of</strong> electrolytes.<br />

3.9 Calculate concentration, moles, volume, or mass <strong>of</strong> a given reactant or<br />

product, given concentration, moles, volume, or mass <strong>of</strong> one other reactant<br />

or product.<br />

203<br />

ABE Level III Curriculum

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