What You Should Already Know from Your Prerequisite Introductory Course in Chemistry
Matter and Energy
physical and chemical properties/reactions/processes
endo and exothermic reactions/processes
pure substances/mixtures
elements and compounds
Measurement and Calculations
exponential notation
metric system/prefixes
significant figures
problem solving by dimensional analysis
conversions
temperature and conversions (F,C,K)
Atomic Structure
Dalton’s theory
discovery of the electron
discovery of the nucleus
protons, electrons, neutrons
isotopes and averaging for atomic mass
the periodic table and terms (metals, non-metals, transition metals, halogens, etc)
continuous vs. quantized
the Bohr model- spectral lines
electron configurations for simple atoms
energy diagrams
periodicity (atomic size, 1st ionization energy)
Bonding
loss and gain of electrons to form ions
ionic bonding
Lewis diagrams and covalent bonding/ isomers
Nomenclature
name/write formulas for ionic, covalent compounds and acids
Formulas and Calculations
atom counting
molar mass
% composition and calculations using
mol concept and coversions
Avogadro’s number
empirical formulas
Reactions
reaction types- complete and balance
single and double displacement, acid/ base, combustion, combination, decomp
stoichiometry- mass relationships, gases, and the molar volume of a gas
Solutions
definitions
%
molarity
dilutions
solution stoichiometry
Ionic Reactions
Arrhenius and ionization
ionic and net ionic equations
Acid/Base Theory
Arrhenius
Bronsted/Lowry
acids/bases and conjugates
Redox Reactions
definitions
assign oxidation numbers
species oxidized, reduced, oxidizing agents, reducing agents