top of page

IMPORTANT: Read Before Utilizing This Document

Use this as a supplementary resource only after thoroughly reviewing the material. Maintain accountability in your learning process.


The Atom:

(Atoms, Elements, Trends)


Bohr Model:

(Electric Structure and Energy Levels)


Atomic Structure

(Atomic Number and Mass Number)


Structure of Nucleus and Isotopes


Periodic Table:



Atomic Orbitals

(Orbitals, Hybridization, Aufbau’s Principle, Hund’s Rule and Pauli’s Exclusion Principle)


Quantum Numbers


Electron Configuration:


Radioactive Decay & Half-Life:



Ionization energy: (first, second, third)



(Ionic, Covalent, and chemical interactions)



(Molecular Weight, Molecular Formula, Mole, Mole to Mole)


Inorganic Nomenclature:






(Chemical Equilibrium Constant)




Heat Exchange, Heat Capacity & Specific Heat Capacity, Calorimetry:



(1st Law, 2nd Law, 3rd Law, and Zeroth Law of Thermodynamics)


Enthalpy: Standard state, various forms/types




Gibbs Free Energy & The Fundamental Thermodynamic Relation


Acid-Base, Acid Base Equilibria, Acid and Base Dissociations



pH Scale


Hydrolysis of Salts


Titration: titration curves, strong/strong, strong/weak & weak/weak; Indicators




Oxidation States, Redox Reactions


Electrical Potentials (half-reactions, hydrogen half-cell, cell potential, E°)


Galvanic Cells


Electrolytic Cells


Concentration Cells


Nernst, Chemical Energy


Ideal Gas Law and Real Gas Behavior


Kinetic Theory of Gases; Ideal Gas Assumptions




Dalton’s Law of Partial Pressures

Effusion and Diffusion (Graham’s Law)


Phase Changes; Phase Diagrams


Heating Curves


Vapor Pressure; VP Lowering; Raoult’s Law & Henry’s Law


BP and FP Elevation/Depression


Osmotic Pressure


Measuring and Describing Solutions


Solubility Product Constant (Ksp); Ion Product

bottom of page