Chemistry Lessons
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Until August 31, 2013 (except
for August donators, and school subscribers)
The Username and Password Will Change on
September 1, 2013.
1.
Compounds and Reactions
Ionic
Compounds: Naming and Making
Hydrocarbon
Combustion Equation Balancing
2.
Stoichiometry
Introduction
to the Mole Concept
Calculating
the Mass Percent of an Element in a Compound
Calculating
the Water of Crystallization
Question
Involving Combustion Analysis
3.
Solutions
Molality,
Mass Percent, Mole Fraction...
4. Gases
Introduction
to Gases: Units of Measurement
Avogadro’s
Law and the Ideal Gas Law
Dalton’s
Law of Partial Pressures
STP
and SATP Defined and Calculations
Kinetic
Molecular Theory and Ideal Gases
5. Atomic Theory and Bonding
Heisenberg
Uncertainty Principle
Set
of Quantum Numbers for Sodium
Properties
of Period 3 Elements
Trends
for the D Block Elements 1
Trends
for the D Block Elements 2
6. Bonding
Calculations
Involving Bond Energy
Lewis
Diagrams of Polyatomic Ions
7. Molecular Shapes
6
Effective Pair Shapes and Polarity
Ionic,
Metallic and Network Covalent Bonding
Phase
Diagram for Carbon Dioxide
8. Energy
Calculation
of a Molar Heat Through Calorimetry 1
Calculation
of a Molar Heat Through Calorimetry 2
Definition
of Heat of Formation and Equations
Heat
of Formation and Stoichiometry
Performing
Hess’ Law Calculation 1
Performing
Hess’ Law Calculation 2
Hess’
Law Calculation with Ideal Gas Law
Energy
and Society/Technology Issues
9. Redox
Terminology
for Electrochemistry
Continued
Oxidation Number (State) Identification
Balancing
Reactions With Oxidation Numbers 1
Balancing
Reactions With Oxidation Numbers 2
Auto-Oxidation
or Disproportionation
Calculation
With Faraday’s Constant
Calculating
a Molar Mass Using Faraday’s Law
Corrosion
& Science and Technology Issues
Question
Where You Devise a Redox Table
10. Equilibrium
Calculating
K and Making the Ice Box
Calculating
Concentrations at Equilibrium 1
Calculating
Concentrations at Equilibrium 2
Calculating
Q: Reactions with Initial Concentrations of all Species
Concentration
Change and Le Chatelier’s Principle
Temperature
Change and Le Chatelier’s Principle
Pressure
Change and Le Chatelier’s Principle
Graphing
Equilibrium Reactions
Precipitation
and Concentrations at Equilibrium
11. Acids and Bases
Definitions
of Acids and Bases 1
Definitions
of Acids and Bases 2
Calculation
the pH of Strong Acids and Strong Bases
More
pH Calculations: Finding hydronium from pH
Calculating
the pH of a Weak Acid
Calculating
the pH of a Weak Base
Acid/Base
Stoichiometry with Excess Reagent
Strong
Acid/Strong BaseTitration
Strong
Base/Weak Acid Titration
Titration
of a Polybasic Species
12. Organic
Naming
Cycloalkanes and Cycloalkenes
Two
Double Bonds in a Molecule
Substitution
and Addition Reactions
Mechanism
for Substitution Reactions
Combustion
& Elimination Reactions
Polymerization
& Hydrocarbon Cracking
Making
Ketones & Aldehydes from Alcohol
Derivatives
that Contain Nitrogen
Structural
and Optical Isomerisms
13. Kinetics
Factors
Affecting Reaction Rate
Integrated
Rate Law Question 2
14. Thermodynamics
Introduction
to Gibbs Free Energy
Finding
Boiling Point Using ΔG
15. Uncertainty