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SELECT COURSE
Chemistry
1-8 Math
BrainMath
Algebra I
Algebra II
Precalculus
6-8 Science
Biology
Chemistry
Physics
SELECT SUBJECT
All Chemistry
A.
Properties of Matter
B.
Atomic Structure
C.
Periodic Table
D.
Chemical Bonding
E.
Chemical Reactions
F.
Measurements and Calculations
G.
Stoichiometry
H.
Kinetic Molecular Theory
I.
Solutions
J.
Rates of Reactions and Equilibrium
K.
Acids and Bases
L.
Thermochemistry
M.
Oxidation-Reduction Reactions and Electrochemistry
N.
Nuclear Chemistry
O.
Organic Chemistry
Chemistry
»
I.
Solutions
I.1.
Solutions, Solvation, and Solubility
I.1.M.
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I.1.Q.
Unit Challenge
I.1.1.
Solutions
I.1.1.O.
Overview
I.1.1.1.
Identifying the solute
I.1.1.2.
Identifying the solvent
I.1.1.3.
Identifying different water mixtures (Colloids, Suspensions)
I.1.2.
Solvation, Dissociation, and Electrolytes
I.1.2.O.
Overview
I.1.2.1.
Describing the process by which dissolving happens
I.1.2.2.
Identifying an electrolyte vs. a nonelectrolyte
I.1.2.3.
Identifying electrolytic solutions
I.1.2.4.
Identifying electrolytes vs. nonelectrolytes based on particle diagrams
I.1.3.
Solubility Rules
I.1.3.O.
Overview
I.1.3.1.
Predicting solubility based on intermolecular forces (i.e., like dissolves like.)
I.1.3.2.
Predicting solubility of ionic compounds in water
I.1.3.3.
Predicting formation of a precipitate
I.1.4.
Factors that affect Rate of Solubility
I.1.4.O.
Overview
I.1.4.1.
Describing temperature and pressure effect on solids
I.1.4.2.
Describing temperature and pressure effect on gases
I.1.4.3.
Recognizing effect of stirring, pulverizing, heating on rate of solubility
I.1.5.
Gas Solubility (use graphs)
I.1.5.O.
Overview
I.1.5.1.
Interpreting Henrys Law
I.1.6.
Solubility Curves
I.1.6.O.
Overview
I.1.6.1.
Interpreting Solubility curves
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I.2.
Expressions of Concentration
I.2.M.
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I.2.Q.
Unit Challenge
I.2.1.
Dilute vs. Concentrated
I.2.1.O.
Overview
I.2.1.1.
Describing diluted versus concentrated solutions
I.2.2.
Saturated, Unsaturated, Supersaturated
I.2.2.O.
Overview
I.2.2.1.
Identifying properties of saturated solutions
I.2.2.2.
Identifying properties of unsaturated solutions
I.2.2.3.
Identifying properties of supersaturated solutions
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I.3.
Molarity and Concentration
I.3.M.
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I.3.Q.
Unit Challenge
I.3.1.
Concentration
I.3.1.O.
Overview
I.3.1.1.
Identify Symbols used to represent concentration
I.3.1.2.
Calculating parts per million
I.3.1.3.
Calculating percent concentration
I.3.2.
Molarity
I.3.2.O.
Overview
I.3.2.1.
Calculating Molarity given volume and mass
I.3.2.2.
Calculating mass or moles given Molarity
I.3.3.
Molality
I.3.3.O.
Overview
I.3.3.1.
Calculating molality
I.3.3.2.
Calculating mass of solvent from molality
I.3.3.3.
Calculating moles and grams of solute from molality
I.3.4.
Normality
I.3.4.O.
Overview
I.3.4.1.
Calculating Normality
I.3.5.
Dilution (M
i
V
i
=M
f
V
f
)
I.3.5.O.
Overview
I.3.5.1.
Solving dilution problems
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I.4.
Colligative properties (number of solute particles)
I.4.M.
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I.4.Q.
Unit Challenge
I.4.1.
Vapor-Pressure Lowering (Raoults Law) ΔP = X
B
P°
A
I.4.1.O.
Overview
I.4.1.1.
Calculating change in pressure
I.4.2.
Vant Hoff Factor
I.4.2.O.
Overview
I.4.2.1.
Finding the ideal Vant Hoff factor
I.4.3.
Boiling Point Elevation and Freezing Point depression
I.4.3.O.
Overview
I.4.3.1.
Calculating freezing point depression
I.4.3.2.
Calculating boiling point elevation
I.4.3.3.
Calculating molar mass from freezing point depression
I.4.4.
Osmotic Pressure π = MRT
I.4.4.O.
Overview
I.4.4.1.
Solving problems involving osmotic pressure
I.4.4.2.
Determining molar mass of solute from osmotic pressure
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