GC1 Week 4

a shorthand method of writing a chemical reaction

• Empirical Formula

• Balancing Equation

• Chemical Equation

states that mass is neither created nor destroyed in chemical reactions

• Law of Conservation of Mass

• Law of Law of definite proportion

• Law of multiple proportion

substances that enter into a chemical reaction

• reactant

• product

• elements

• compounds

new substance that formed in a chemical reaction

• reactant

• product

• elements

• compounds

is a solution in which the solvent is water

• Universal Solvent

• Aqueous solution

• Hydrocarbons

In balancing equation, _______are used. For additional information,
the physical states of reactants and products (s,l, g for solid, liquid, or gas, respectively) are indicated.

• Chemical Equation

• Molecular Formula

• Coefficients

Determine the type of Chemical Reaction:
A + X → AX

• Synthesis Reactions (Combination Reaction)

• Decomposition Reaction

• • Single-Replacement Reaction

  (Substitution Reaction)

• Double-Replacement Reaction (Metathesis)

• Combustion Reaction

Determine the type of Chemical Reaction:
AX → A + X

• Synthesis Reactions (Combination Reaction)

• Decomposition Reaction

• • Single-Replacement Reaction

  (Substitution Reaction)

• Double-Replacement Reaction (Metathesis)

• Combustion Reaction

Determine the type of Chemical Reaction:
A + BX → AX + B

• Synthesis Reactions (Combination Reaction)

• Decomposition Reaction

• • Single-Replacement Reaction

  (Substitution Reaction)

• Double-Replacement Reaction (Metathesis)

• Combustion Reaction

Determine the type of Chemical Reaction:
AX + BY ---> AY + BX

• Synthesis Reactions (Combination Reaction)

• Decomposition Reaction

• • Single-Replacement Reaction

  (Substitution Reaction)

• Double-Replacement Reaction (Metathesis)

• Combustion Reaction