Testwizard Hard Copies
Unit 1 Measurements
Unit 2 Matter and Energy
2.01 Classifying Matter
2.02 Phases of Matter/Changes
2.03 Separation Techniques
2.04 Heating and Cooling Curves
2.05 Phase Diagrams
2.06 Temperature
2.07 Heat Flow
2.09 Heat of Fusion and Vaporization
Unit 3 Gas Laws
3.1 Kinetic Theory of Gases
3.2. Daltons Law of Partial Pressures
3.3. The mole and numbers
3.4 Gram Formula Mass
3.5 Moles grams
3.6 2 step mole problems
3.7 Avogadro's Hypothesis
3.8 Boyles Law
3.9 Charles Law
3.10 Gay-Lussac
3.11 Combined Gas Law
Unit 4 Atomic Structure
4.1 Rutherford
4.2 Atomic Structure Basics
4.3 Isotopic Notation and Isotopes
4.04 pne of Ions
4.05 Atomic Mass Calculations
4.06 Principal Energy Levels
4.07 Sublevels and orbitals
4.08 Excited State with Spectra
4.09 Box and Arrow with Spectra
4.10 Bright line Spectra
4.11Lewis Dots
4.12 Waves and Energy
Unit 5 Bonding
5.01 Definitions (Bonds, EN, IE)
5.02 Breaking and Forming Bonds
5.03 Electronegativity Differences
5.04 Ionic Compounds
5.07 Covalent Properties
5.08 Network Solids and Metallic Bonds
5.09 Bond Polarity
5.10 Shapes
5.11 Molecular Polarity
5.12 Intermolecular Forces
5.13 Molecule Ion Attractions and Like Dissolves Like
5.14 Percent Composition by Mass
5.15 Empirical and Molecular Formulas
Unit 6 Periodic Table
6.1 Development of the PT
6.2 Atomic Radius
6.3 Ionic Radius
6.4 Ionization Energy
6.5 Electronegativity
6.6 Metals, Nonmetals and Metalloids
6.7 Group Properties
6.8 Allotropes
6.9 Transition Elements
Unit 7 Math of Chemistry
7.01 moles
7.02 Types of Rxns
7.03 Balancing Rxns
7.04 Stoichiometry
7.05 Molarity
7.06 ppms
7.07 Colligative Properties
7.08 vant Hoff
Unit 8 Organic
8.01 Organic Basics
8.02 Isomers
8.03 Alkanes
8.04 Alkenes
8.05 Alkynes
8.06 Benzene series
8.07 Halides
8.08 Alcohols
8.09 Organic Acids
8.10 Aldehydes/Ketones
8.11 Ethers,esters, amines and amides
8.12 Addition and Substitution
8.13 Organic Rxns part 2
8.14 Petroleum Reactions
Unit 9 Kinetics
10.01 Hess's Law
10.02 PE Diagrams
10.03 Reaction Rates
10.04 Entropy and Spontaneous Rxns
10.05 Equilibrium
Unit 10 Acids and Bases
11.01 Electrolytes
11.02 Arrhenius Theory
11.03 Other Acid Base Theory
11.04 Neutralization Reactions
11.05 Titration
11.06 pH
11.07 Indicators
Unit 11 Redox
12.01 Oxidation Numbers
12.02 Oxidation and Reduction
12.03 Agents
12.04 Balancing Redox
12.05 Galvanic Cells
12.06 Electrolytic Cells
12.07 Identifying a redox reaction
12.08 Using table J (Redox)
Unit 12 Nuclear
9.01 Nuclear Basics
9.02 Separation of Particles
9.03 Transmutation Equations
9.04 Artificial Vs Natural Transmutation
9.05 Particle Accelerators
9.06 Half-Life
9.07 Nuclear Energy
9.08 Nuclear Dangers
9.09 Uses of radioisotopes
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