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Chemistry
135 topics across 7 chapters
Chapter 1
Scientific Foundations (measurement, lab basics)
1
Lab safety, scientific method, and scientific communication basics
2
Measurement, units & uncertainty
3 subtopics
3
SI units, prefixes, and unit conversions (drill set)
4
Significant figures, uncertainty, and rounding (practice set)
5
Dimensional analysis (factor-label) practice problems
6
Matter, mixtures & separation methods
3 subtopics
7
Classify matter: elements, compounds, mixtures (examples)
8
Physical vs chemical changes (identify from scenarios)
9
Separation techniques: filtration, distillation, chromatography (when/why)
10
Core lab skills
3 subtopics
11
Using balances and volumetric glassware correctly (mini-lab checklist)
12
Preparing solutions and doing dilutions (worked examples)
13
Data recording, graphs, and basic error analysis (intro)
Chapter 2
Atomic Structure & Chemical Bonding
14
Subatomic structure & isotopes
2 subtopics
15
Isotopes, ions, and notation practice (Z, A, charge)
16
Average atomic mass calculations (practice set)
17
Electron configuration & periodic trends
2 subtopics
18
Write electron configurations (including ions) (practice set)
19
Periodic trends (radius, IE, EN) problem set
20
Bonding & Lewis structures
3 subtopics
21
Ionic vs covalent bonding concepts (quick checks)
22
Draw Lewis structures (including exceptions) (practice set)
23
Formal charge and resonance (practice set)
24
Molecular geometry, polarity & intermolecular forces
3 subtopics
25
VSEPR shapes and bond angles (practice set)
26
Polarity and dipole moments (determine from structure)
27
Intermolecular forces and property trends (bp/mp/viscosity)
Chapter 3
Stoichiometry & Chemical Reactions
28
Balancing & interpreting chemical equations
2 subtopics
29
Balance chemical equations by inspection (practice set)
30
Balance redox equations in acidic and basic solution (half-reaction method)
31
The mole & composition
3 subtopics
32
Mole–particle–mass conversions (practice set)
33
Empirical and molecular formula problems (practice set)
34
Percent composition and mass percent problems (practice set)
35
Reaction types & net ionic equations
3 subtopics
36
Precipitation reactions and net ionic equations (practice set)
37
Acid–base reactions (molecular, complete ionic, net ionic) practice
38
Combustion, synthesis, decomposition patterns (identify + write products)
39
Stoichiometry: limiting reagent & yield
3 subtopics
40
Limiting reagent problems (practice set)
41
Theoretical yield and percent yield (practice set)
42
Multi-step stoichiometry word problems (practice set)
43
Solution stoichiometry
3 subtopics
44
Molarity and moles/volume calculations (practice set)
45
Dilution calculations (M1V1=M2V2) (practice set)
46
Titration stoichiometry calculations (practice set)
47
Redox fundamentals
2 subtopics
48
Assign oxidation numbers (practice set)
49
Identify oxidizing vs reducing agents (practice set)
Chapter 4
Thermodynamics & Chemical Kinetics
50
Thermochemistry & calorimetry
3 subtopics
51
q=mcΔT and calorimetry problems (practice set)
52
Hess’s law and enthalpy cycles (practice set)
53
Bond enthalpy estimates (practice set)
54
Entropy, free energy & spontaneity
3 subtopics
55
Entropy trends and qualitative predictions (examples)
56
ΔG calculations and spontaneity (practice set)
57
Use ΔG° = −RT ln K (and interpret K) (practice set)
58
Rate laws & integrated rate equations
3 subtopics
59
Determine rate law from experimental data (practice set)
60
Integrated rate laws (0th/1st/2nd order) (practice set)
61
Half-life relationships and units (practice set)
62
Reaction mechanisms & catalysis
3 subtopics
63
Elementary steps, intermediates, and molecularity (identify from mechanisms)
64
Energy diagrams and catalysts (interpret diagrams)
65
Rate-determining step problems (practice set)
66
Arrhenius equation & temperature effects
2 subtopics
67
Arrhenius plots and activation energy calculations (practice set)
68
Predict rate changes with temperature (practice set)
Chapter 5
Equilibrium & Aqueous Chemistry
69
Chemical equilibrium (K, Q, ICE)
3 subtopics
70
Write equilibrium constant expressions and compute K (practice set)
71
Reaction quotient Q and predicting direction of shift (practice set)
72
ICE table equilibrium concentration problems (practice set)
73
Le Châtelier’s principle
2 subtopics
74
Predict equilibrium shifts under changes in conditions (practice set)
75
Coupled equilibria examples (qualitative + quantitative)
76
Acids & bases (pH, Ka/Kb)
3 subtopics
77
Strong vs weak acids/bases (classify and compare)
78
pH and pOH calculations (including logs) (practice set)
79
Ka/Kb, pKa/pKb, and percent ionization (practice set)
80
Buffers & titrations
3 subtopics
81
Henderson–Hasselbalch and buffer design problems (practice set)
82
Titration curves (strong/weak) interpretation (practice set)
↗ Titration stoichiometry calculations (practice set) (see Chapter 3)
83
Solubility equilibria (Ksp)
2 subtopics
84
Ksp calculations and precipitation prediction (practice set)
85
Common-ion effect on solubility (practice set)
↗ Redox fundamentals (see Chapter 3)
86
Electrochemistry (cells, E°, Nernst, electrolysis)
5 subtopics
↗ Balance redox equations in acidic and basic solution (half-reaction method) (see Chapter 3)
87
Cell notation and line diagrams (practice set)
88
Standard cell potentials (E°) and spontaneity (practice set)
89
Nernst equation and concentration cells (practice set)
90
Electrolysis and Faraday’s law calculations (practice set)
Chapter 6
States of Matter & Solutions
91
Gases (laws, KMT, real gases)
3 subtopics
92
Ideal gas law (PV=nRT) problems (practice set)
93
Gas stoichiometry (volumes, partial pressures) (practice set)
94
Real gases and deviations (van der Waals, conditions) (intro)
↗ Molecular geometry, polarity & intermolecular forces (see Chapter 2)
95
Liquids & solids (phases, structure)
3 subtopics
96
Heating/cooling curves and phase change calculations (practice set)
97
Phase diagrams (water, CO2) (interpretation practice)
98
Types of solids and crystal basics (ionic, molecular, metallic, network)
99
Solutions & colligative properties
3 subtopics
100
Concentration units (m, %, ppm) (practice set)
101
Colligative properties (bp elevation, fp depression, osmosis) (practice set)
102
Solubility rules and temperature dependence (practice set)
Chapter 7
Organic & Applied Chemistry
103
Organic structure & functional groups
3 subtopics
104
Hybridization and bonding in organic molecules (practice set)
105
Identify common functional groups (practice set)
106
Draw line-angle structures and convert representations (practice set)
107
Organic nomenclature & stereochemistry
3 subtopics
108
IUPAC naming practice (alkanes/alkenes/alkynes/alcohols/halides)
109
Isomer types (constitutional, cis/trans, E/Z) (practice set)
110
Chirality and R/S configuration basics (practice set)
111
Organic reactions survey
4 subtopics
112
Curved-arrow mechanisms fundamentals (practice set)
113
SN1/SN2/E1/E2 overview problems (practice set)
114
Addition reactions to alkenes/alkynes (practice set)
115
Intro carbonyl chemistry (nucleophilic addition/substitution) (practice set)
116
Polymers & materials chemistry
3 subtopics
117
Addition vs condensation polymerization (examples)
118
Structure–property relationships in materials (examples)
119
Common polymers and applications (case list)
120
Biochemistry basics
3 subtopics
121
Amino acids, proteins, and pI basics (practice set)
122
Enzymes and Michaelis–Menten basics (concept checks)
123
Biomolecules overview: carbs, lipids, nucleic acids (study sheet)
124
Environmental & industrial chemistry
3 subtopics
125
Green chemistry principles and case studies (intro)
126
Atmospheric chemistry and climate basics (intro)
127
Water chemistry and treatment basics (intro)

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