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AP Chemistry Study Guide: 176 Flashcards From VSEPR to the Nernst Equation

Study AP Chemistry with 176 flashcards (deck CM2580): VSEPR, gas laws, kinetics, equilibrium, buffers, electrochemistry, plus the out-of-scope cards to cut.

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Deck CM2580 "AP Chemistry" packs 176 cards that walk through the course in order: atomic structure, bonding and VSEPR, gases, solutions, reactions, kinetics, thermochemistry, equilibrium, acids and bases, and electrochemistry. Its definitions are clean. Its gap is that almost none of the cards ask you to calculate, and the AP exam (60 multiple-choice questions plus 7 free-response questions) mostly rewards calculation.

Study this deck: AP Chemistry

1 / 10
Question

What is an atom?

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Tap the card for the answer · swipe right if you knew it, left if not

Representative cards

FrontBack
3 bonding pairs, 1 lone pair?Trigonal pyramidal (NH₃), ~107°
Types of IMF by strength?London dispersion < dipole-dipole < hydrogen bonding
Graham's Lawrate₁/rate₂ = √(M₂/M₁)
Half-life, first ordert₁/₂ = 0.693/k, independent of [A]₀
How does Q relate to K?Q < K → forward; Q > K → reverse
ΔG° and KΔG° = −RT ln K
Henderson-HasselbalchpH = pKa + log([A⁻]/[HA])
E°cell and ΔG°ΔG° = −nFE°cell, F = 96,485 C/mol
Anode/cathode mnemonicAn Ox and Red Cat

Notions covered

Isotopes, Pauli exclusion, Hund's rule, Aufbau, ionization energy and electronegativity trends, polar covalent and metallic bonds, octet exceptions (SF₆, boron), resonance, ideal gas law, R = 0.0821 / 8.314, Dalton's partial pressures, kinetic molecular theory, real gases, molarity, limiting reactant, percent yield, redox agents, net ionic equations, spectator ions, rate law, reaction order, Arrhenius equation, Hess's law, ΔH°f, q = mcΔT, Gibbs free energy, Le Chatelier, Ksp, common ion effect, Kc vs Kp, Ka × Kb = Kw, buffers, titration and equivalence point, Lewis acids, salt bridge, Nernst equation, Faraday's law, lattice energy, empirical formulas.

Before you start: trim and re-sort

  • Cards 52 and 55-59 (molality, colligative properties, Raoult's law, van't Hoff factor) are outside the current AP Chemistry Course and Exam Description. Suspend them unless your class teaches them.
  • The tail (cards 166-176) is an appendix. Move the common ion effect, Kc vs Kp and amphoterism into your equilibrium and acid-base reviews, and move mass spectrometry and empirical formulas to Unit 1.
  • Card 105 defines entropy as "disorder". The College Board frames it as energy and matter dispersal, so rewrite the back in those terms; FRQ graders expect that wording.
  • Card 133 lists H₂SO₄ as a strong acid. Add "first proton only"; HSO₄⁻ is weak (Ka ≈ 1.2 × 10⁻²).
  • Missing exam topics: photoelectron spectroscopy, formal charge, hybridization, Beer-Lambert law, reaction mechanisms with a rate-determining step, and integrated rate laws (ln[A] vs t, 1/[A] vs t). Write 2-3 cards for each.

Tip: turn formulas into problems

For every equation card (37, 48, 92, 104, 108, 142, 159, 160), write one twin card that is a numbered problem. For example: "0.10 M acetic acid, 0.15 M acetate, pKa 4.74 → pH?" (answer: 4.92). Twenty such cards cover more of the free-response section than the other 150 cards together. Also add a card on which graph is linear for which order; that comes up every year in the kinetics questions.

If you are also preparing for AP Physics 2, its gas-law and thermodynamics cards overlap with Units 3 and 9 here. For deeper Gibbs and Nernst practice, see thermodynamics and electrochemistry.

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