A week-by-week plan for an AP exam: take a diagnostic first, split time between content review and timed practice, space your reviews, and taper in week six.
By Bleart Emini, founder · Published · Last reviewed · 8 min read
Six weeks is enough time to prepare well for most AP exams, but only if you split it into jobs: find out what you do not know, learn it, practice it the way the exam asks for it, and then stop adding new material before test day. The plan below does that in six weekly blocks. Take a diagnostic first, spend the middle weeks alternating content review with timed practice, keep a spaced review running underneath, and use week six to consolidate instead of cram.
I took AP exams and dual-enrollment college courses (political science, statistics and others) in school, and I am in Calculus now. This plan is built from what the research supports plus how I study, not a guarantee. Where the evidence is thin, I say so.
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Open your course's page on the College Board's AP Students site and read the exam format and the course and exam description. Formats change, so check yours rather than trusting a blog. As listed on the College Board site in October 2026, AP Psychology has 75 multiple-choice questions in 1 hour 30 minutes (67% of the score) and 2 free-response questions in 1 hour 10 minutes (33%). AP Calculus AB has 42 multiple-choice questions (50%) and 6 free-response problems (50%), with a graphing calculator required for some questions in each section.
Those splits decide how you spend time. If half the score is free response, half your practice should be writing and solving, not recognizing answers.
Take a full practice exam or a released section under honest conditions before you study anything new. The point is not a score. The point is a list of the units and skills where you lose points.
After you grade it, sort every miss into one of three bins:
Count the bins. The first bin needs content review. The second needs practice problems. The third needs timed practice and a checking routine. Most people assume they have a bin-one problem when they actually have a bin-two problem, and the diagnostic is how you find out.
Then write the plan on one page: the units in the course, your weak ones marked, and the exam date counted backward. Put a cumulative review in every week.
In these three weeks, cover your weak units first, then your middle units, then your strong ones lightly. Split each study day into two parts: learn or fix content, then immediately practice with questions from that unit.
A rough ratio that works for most courses is one part review to one part practice in week 2, one to two in week 3, and one to three in week 4. By week 4, most of your time is questions, not rereading.
Content review means retrieving, not rereading. Close the book and write what you remember about a unit before you check. For vocabulary-heavy courses, flashcards are a natural fit. I crammed for AP Psychology, mostly vocabulary, with flashcards and active recall, and I would start earlier next time, which is the logic of this whole plan.
Practice means the exam's question types. Do multiple-choice sets by unit, then mixed sets. Do free-response questions by hand, in full sentences or full solutions, and score yourself against the published scoring guidelines on the College Board site.
Here is an example, not my story. Say your diagnostic shows you lose points on free-response problems about accumulation and on justifying theorem use.
In week 2 you review the Fundamental Theorem of Calculus and the Mean Value Theorem (MVT) conditions. A good concept check: "Can the MVT be applied to f(x) = 1/(x - 2) on the interval [0, 4]?" The answer is no, because f is not continuous at x = 2, which lies inside the interval. If you can say why in one sentence, you have it. If you can only say "no", you have a bin-two problem: you know the answer but cannot justify it, and the free-response section scores the justification.
In week 3 you do a free-response problem on a rate of change, write the setup with units, and check it against the scoring guideline. In week 4 you do the same problem type mixed in with other types, so you also have to decide which tool to use. That decision is part of the skill.
Underneath the weekly blocks, run a small spaced review every day. Every unit you finish goes onto a review list that you revisit after a day or two, then after about a week, then after longer gaps. Ten to fifteen minutes a day is a reasonable load.
Flashcards with a spaced repetition schedule automate this, but a calendar and a notebook work too. The benefit is the same: the second and third retrievals happen after you have started to forget, which is when they help most.
In week 5, take one full timed exam at the same time of day as the real exam. Grade it with the same three bins as week 1 and compare. Spend the rest of the week on the bins that did not move.
In week 6, stop learning new topics. Keep the daily spaced review, do one more partial timed section early in the week, and spend the last two or three days on your list of recurring errors. The day before the exam, do a short, light review and sleep. A taper is not laziness: new material in the last 48 hours rarely sticks and mostly raises anxiety. That is a practical judgment, not a research finding: no study that tests it directly was found.
Spacing. Cepeda and colleagues (2006) pooled 839 assessments of distributed practice from 317 experiments in 184 articles. Their main pattern: the best gap between study sessions grows as the time until the test grows. Weak points: the review covers verbal recall tasks, so it says less directly about solving calculus problems, and this article does not turn it into an exact gap schedule. The one-day, one-week, longer-gap pattern above is a sensible reading, not a formula from the paper.
In a flashcard-based study, Kornell (2009) had participants learn GRE-type word pairs. Studying one large stack of cards (more spacing) beat studying four small stacks, and spacing beat cramming on the last day before the test. Spacing was better for 90% of participants, yet after the first session 72% believed massing had worked better. That last number is the practical lesson: spaced study feels worse while you are doing it. Caveat: these were lab sessions with word pairs over short periods, not six weeks of a real course.
Retrieval practice. Roediger and Karpicke (2006) had students study prose passages, then either restudy them or take free-recall tests with no feedback. On a test five minutes later, restudying did better. On tests two days and one week later, the students who had been tested remembered substantially more, even though restudying made them feel more confident. Caveat: the delays were up to one week, shorter than a six-week plan, and the material was reading passages.
Overall ranking. Dunlosky and colleagues (2013) reviewed ten common study techniques and gave practice testing and distributed practice the highest utility ratings. Highlighting, underlining, summarization and rereading were rated low. The authors also note these techniques are not a cure for every student, and that evidence for several techniques, including interleaved practice, was more limited. This description rests on the abstract and the summary from the Association for Psychological Science, not the full monograph.
No study was found that tests a six-week AP-specific plan against alternatives. The plan here is built from the studies above plus common sense about exam formats.
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