| # | Title | OpenStax Astronomy 2e Reading | Paired Lab/PS |
| 01 | Introduction to Planetary Science and Comparative Planetology | Ch. 7 | Lab 01 / PS 01 |
| 02 | The Solar Nebula, Condensation, and Planet Formation | Sec. 7.2, 8.5 (frost-line derivation extends beyond OpenStax) |
| 03 | Planetary Differentiation and Interior Structure | Sec. 9.1 (moment-of-inertia formalism extends beyond OpenStax) | Lab 02 / PS 02 |
| 04 | Planetary Heat Budgets, Radiogenic Heating, and Convection | Sec. 9.1–9.2 |
| 05 | Plate Tectonics and Comparative Surface Geology | Sec. 9.3–9.4 | Lab 03 / PS 03 |
| 06 | Impact Cratering and Surface Age Dating | Sec. 9.5–9.6 |
| 07 | Planetary Atmospheres I: Hydrostatic Structure and Scale Height | Sec. 10.1–10.2 (hydrostatic derivation extends beyond OpenStax) | Lab 04 / PS 04 |
| 08 | Planetary Atmospheres II: Radiative Equilibrium and the Greenhouse Effect | Sec. 10.4 (equilibrium-temperature derivation extends beyond OpenStax) |
| 09 | Atmospheric Escape and Long-Term Climate Evolution | Sec. 10.5 (Jeans-escape derivation extends beyond OpenStax) | Lab 05 / PS 05 |
| 10 | Planetary Magnetic Fields and Dynamo Theory | Sec. 10.3 (magnetopause pressure-balance derivation extends beyond OpenStax) |
| 11 | Giant Planet Interiors: Gas Giants and Ice Giants | Ch. 11 | Lab 06 / PS 06 |
| 12 | Planetary Rings and the Roche Limit | Sec. 11.4 (Roche-limit derivation extends beyond OpenStax) |
| 13 | Icy Satellites, Tidal Heating, and Subsurface Oceans | Sec. 11.5 (tidal-heating derivation extends beyond OpenStax) | Lab 07 / PS 07 |
| 14 | Exoplanets: Detection, Characterization, and Comparative Planetology Beyond the Solar System | Ch. 13 |