Chemistry

1. Oxidation - reducing reactions

1.1. meaning of oxidation and reduction

1.2. Oxidation numbers

1.3. balancing redox equations

2. Chemical Quantities

2.1. The Mole: Measurement of matter

2.2. Mole mass and Mole volume relationships

2.2.1. mol = representative particles/avagadros number

2.2.2. mol = mass/ molar mass

2.2.3. mol = volume/ molar volume

2.3. Percent composition and chemical forumlas

3. States of matter

3.1. Gases

3.1.1. compressibility

3.1.2. No attractive or repulsive force exist between particles

3.1.3. move in constant motion very fast

3.1.4. gas pressure

3.1.5. vacuum

3.1.6. kinetic energy

3.1.7. kinetic theory

3.2. Liquids

3.2.1. vaporization

3.2.2. vapor pressure

3.2.3. boiling point

3.2.4. normal boiling point

3.2.5. amorphous solids

3.2.6. glasses

3.3. Solids

3.3.1. melting point

3.3.2. crystal

3.3.3. unit cell

3.3.4. allotropes

4. Neutralization

4.1. Salts in reactions

4.2. neutralization reactions

5. Reaction rates and equilibrium

5.1. rates

5.2. collision theory

5.3. activation energy

5.4. activated complex

5.5. transition state

5.6. catalyst

5.7. inhibitor

6. Reversible reactions

6.1. reversible reactions

6.2. chemical equilibruim

6.3. equilibruim position

6.4. Le chatelier position

7. Acids and Bases

7.1. describing acids and bases

7.2. hydrogen ions and acidicity

7.3. acid base theories

7.4. strenghts of acids and bases