AP Physics 2 One-Week Review Plan 2027
This seven-day AP Physics 2 review compresses the entire course without pretending every topic can be relearned from zero in a week. Days 1–6 touch all 46 topics through model retrieval, targeted lesson repair and focused practice; Day 7 forces mixed-model selection under timed conditions and closes the most costly errors.
Can you review AP Physics 2 in one week?
Yes, if you already have course exposure and use the week for retrieval, targeted repair and transfer rather than full relearning. A one-week plan should preserve all seven units, spend more time on recurring errors, use equations with conditions and representations, include at least one FRQ evidence task each day, and end with a mixed timed simulation.
Choose your Day 1 date
The topic sequence stays the same; the calendar labels help you execute it. Dates are stored only in this browser.
Touch every unit, then force mixed transfer
Mark a day complete only after you have attempted practice and corrected the misses. The topic chips below ensure that all 46 lessons are represented in the week.
Diagnostic + Thermodynamics
Begin with a short mixed diagnostic, then compress Unit 9 into particle models, gas state, heat/work/internal energy, material properties and entropy.
Electric Force, Field & Potential
Repair the vector-field versus scalar-potential distinction, then connect charge configurations, potential energy, capacitance and electric-energy conservation.
Electric Circuits
Prioritize node structure, current/voltage relationships, resistance, power, Kirchhoff conservation and RC transients.
Magnetism + Geometric Optics
Use a paired day for the shorter Units 12 and 13: vector direction/induction first, then ray geometry, reflection, refraction, mirrors and lenses.
Waves, Sound & Physical Optics
Review wave variables, boundary behavior, polarization, Doppler effect, standing waves, diffraction, interference and thin films as one representation-heavy block.
Modern Physics
Connect photons, matter waves, atomic levels, spectra, blackbody radiation, photoelectric/Compton effects and nuclear models.
Full-Course Simulation + Repair
Run a mixed timed simulation, score by unit and reasoning type, then repair only the highest-value recurring errors. Do not start a new major topic today.
How to scale the plan to the hours you have
Protect retrieval, deliberate practice and correction. Reduce question volume before removing those three elements.
| Time available | Unit-focused day | Day 7 simulation |
|---|---|---|
| 75–90 min | 15 min retrieval → 25 min exact lesson repair → 30 min focused MCQs/FRQ → 15 min correction. | Use a timed 42-MCQ section, then review errors. Add one FRQ if time remains. |
| 120–150 min | 20 min retrieval → 35 min repair → 45 min MCQs → 30 min FRQ/evidence → 20 min correction. | Complete the full model exam with section timing, then diagnose the highest-value misses. |
| 180+ min | Use two blocks separated by a break. Add a lab/graph task or mixed transfer set instead of more rereading. | Full simulation + careful scoring + targeted repair. Do not immediately take a second full exam. |
One question to ask yourself in every unit
If you cannot answer one of these without notes, use the unit link to repair the model before doing more mixed questions.
| Unit | High-value retrieval question | Repair destination |
|---|---|---|
| 9 · Thermodynamics | Can I define the system and determine the signs of heat/work/internal-energy change from a process description or P–V path? | Unit 9 |
| 10 · Electric fields/potential | Can I distinguish vector electric field from scalar potential and connect both to force/energy? | Unit 10 |
| 11 · Circuits | Can I identify true series/parallel structure from nodes and apply charge/energy conservation? | Unit 11 |
| 12 · Magnetism | Can I determine direction before magnitude for magnetic force, flux change and induction? | Unit 12 |
| 13 · Geometric optics | Can I construct rays first, then use sign conventions/equations consistently? | Unit 13 |
| 14 · Waves/optics | Can I connect phase/path difference/wavelength to a graph or interference/diffraction pattern? | Unit 14 |
| 15 · Modern physics | Can I decide whether a situation requires photon energy, momentum, atomic levels or nuclear energy/decay? | Unit 15 |
One-week AP Physics 2 review questions
Is one week enough to learn AP Physics 2 from scratch?
No. This plan is designed for compressed review after prior course exposure. If a major unit is genuinely unfamiliar, use the exact unit/topic lessons and accept that complete mastery may require more time.
Should I do a full practice exam every day?
No. Full exams are expensive diagnostics. Use focused repair on Days 1–6 and one deliberate mixed simulation on Day 7.
Which day should get extra time?
Use your error log. Unit 11 often needs extra network/conservation practice, but your evidence—not reputation—should decide where extra minutes go.
Should I memorize every formula this week?
Retrieve equations with variable meaning, units and model conditions. If you can write a formula but cannot recognize when it applies, the review is incomplete.
What if I miss one of the seven days?
Merge retrieval with the next day and protect Day 7. Reduce question volume; do not delete correction or attempt to double every task.
What should I do the night after Day 7?
Stop heavy practice after correcting the highest-value errors. Preserve sleep and use only light retrieval/checklist work afterward.