Study planning and exam strategy

Most candidates who fail a CPA Exam section know enough to pass it. They run out of time on the simulations, misread what a task asks, or spend their study hours on topics they already know because those feel productive. This lesson is about the parts of passing that are not technical knowledge: building a study plan from the blueprint, practicing in a way that fixes weaknesses, managing time on exam day and handling MCQs and TBSs efficiently. Lessons 3 to 10 apply these techniques to the content of each section.

Start from the blueprint

The AICPA publishes a blueprint for each section. It lists content areas with weight ranges, then breaks each area into groups and representative tasks, each tagged with a skill level: remembering and understanding, application, analysis or evaluation. For example, the FAR blueprint's three areas under the 2024 version are financial reporting, select balance sheet accounts and select transactions, each with a weight range of roughly a quarter to two fifths of the section. The REG blueprint has five areas, from ethics and federal tax procedures through business law to the taxation of property transactions, individuals and entities. Use the current blueprint as your syllabus. Map your review course's chapters to it, so that every task is covered and you can see which areas carry the most weight.

The skill levels matter as much as the topics. Remembering and understanding tasks are mostly tested in MCQs. Application and analysis tasks appear in both formats, and evaluation, the highest level, appears mainly in AUD and BAR simulations. If your practice consists only of reading and flashcards, you are preparing for the lowest skill level. Most of your practice should be working problems: computing, analyzing exhibits and deciding.

A study plan that fits your life

Most candidates study while working full time, and the plan has to fit that reality. A common estimate is 80 to 150 hours of study per section, with FAR at the high end and the discipline sections and AUD for experienced auditors at the lower end. At 15 hours a week, that is six to ten weeks per section. Build the plan backward from your exam date: the last ten days for final review and full practice exams, the weeks before that for working through the blueprint area by area, with regular cumulative review so that early material is not forgotten. Leave a buffer for busy season at work, illness and the possibility of a retake within your credit window.

Plan your section order with the credit window in mind. Passing FAR early helps with AUD and BAR, because so much of those sections assumes FAR knowledge. REG is largely independent, but tax law changes on a schedule, so taking REG soon after you study it avoids learning provisions twice. The discipline section must fit into a January, April, July or October window. Lesson 1 showed how to track credit expiry; your plan should keep at least one retake inside the window for every section.

Practicing so that it sticks

Two techniques have strong research support for long-term learning: retrieval practice and spacing. Retrieval practice means testing yourself instead of rereading; each attempt to recall an answer strengthens memory more than another pass through the notes. Spacing means returning to material at increasing intervals rather than cramming. Many review courses build both into their software. You can apply them yourself by keeping a log of questions you miss and reviewing each one on a schedule that lengthens as you get it right. The program below implements a simplified version of the SM-2 scheduling rule used in many flashcard applications.

# Budgeting time in a four-hour core section (counts per the 2024 blueprints;
# confirm on the current AICPA blueprint). Testlets 1-2 are multiple choice,
# 3-5 are task-based simulations (TBS).
sections = {"AUD": (78, 7), "FAR": (50, 7), "REG": (72, 8)}
total = 240
for sec, (mcq, tbs) in sections.items():
    usable = total - 15          # breaks, tutorial screens, final review
    mcq_min = round(mcq * 1.3)   # rule of thumb: about 1.3 minutes per MCQ
    tbs_min = usable - mcq_min
    print(f"{sec}: {mcq} MCQ in {mcq_min} min ({mcq_min * 60 / mcq:.0f} s each); "
          f"{tbs} TBS in {tbs_min} min ({tbs_min / tbs:.0f} min each)")
# A simple spaced-repetition scheduler (SM-2 style) for missed questions.
def sm2(reps, interval, ease, grade):
    if grade < 3: return 0, 1, ease
    reps += 1
    interval = 1 if reps == 1 else 6 if reps == 2 else round(interval * ease)
    ease = max(1.3, ease + 0.1 - (5 - grade) * (0.08 + (5 - grade) * 0.02))
    return reps, interval, ease
state, day = (0, 0, 2.5), 0
print()
for grade in [2, 4, 4, 5, 3, 5]:
    reps, interval, ease = sm2(*state, grade)
    day += interval
    print(f"grade {grade}: next review in {interval:>2} days (day {day:>3}), ease {ease:.2f}")
    state = (reps, interval, ease)

AUD: 78 MCQ in 101 min (78 s each); 7 TBS in 124 min (18 min each)
FAR: 50 MCQ in 65 min (78 s each); 7 TBS in 160 min (23 min each)
REG: 72 MCQ in 94 min (78 s each); 8 TBS in 131 min (16 min each)

grade 2: next review in  1 days (day   1), ease 2.50
grade 4: next review in  1 days (day   2), ease 2.50
grade 4: next review in  6 days (day   8), ease 2.50
grade 5: next review in 15 days (day  23), ease 2.60
grade 3: next review in 39 days (day  62), ease 2.46
grade 5: next review in 96 days (day 158), ease 2.56

The first part of the output is a time budget, discussed below. The second shows the scheduler: a question you get wrong comes back the next day; one you answer well comes back after a day, then six days, then about two weeks, then a month or more. A shaky answer (grade 3) lengthens the interval less and lowers the ease factor slightly, so that the question returns sooner next time. The exact numbers are less important than the principle: spend your review time on what you are about to forget, not on what you already know.

Mix topics in your practice. Blocked practice, doing twenty lease questions in a row, feels efficient but trains you to apply a rule you already know is relevant. Interleaved practice, mixing leases with revenue, inventory and governmental questions, trains you to recognize which rule applies, which is what the exam actually tests. Use blocked practice when you first learn a topic and interleaved practice once you know it.

Managing time on exam day

Each section allows four hours, with an optional standardized break after the third testlet that does not count against your time. The time budget in the program assumes about 1.3 minutes per MCQ, a common rule of thumb, and divides the rest of the time among the simulations after leaving 15 minutes for screens and review. The result is roughly 18 minutes per simulation in AUD, 23 in FAR and 16 in REG. These are targets, not limits; some simulations are quick and some take longer. What matters is that you do not spend 40 minutes on the first simulation and leave the last one blank.

Use checkpoints. Before you start, write down the time at which you should finish each testlet. If you are behind at a checkpoint, speed up: make your best choice on difficult MCQs and move on, and in simulations complete the parts you can do quickly before returning to harder ones. Every simulation has several scoring points, so partial work earns partial credit. A blank simulation earns nothing.

Multiple-choice technique

Read the last sentence of the question first, so you know what is being asked, then read the facts with that in mind. Before looking at the options, try to answer in your own words or compute the answer; then look for it among the options. If you cannot compute it, eliminate options that are clearly wrong: those that misapply a rule, use the wrong period or answer a different question. Be alert to words like 'least', 'except' and 'not', which reverse the question. There is no penalty for guessing, so never leave an MCQ blank, and do not change an answer without a specific reason.

Task-based simulation technique

Start each simulation by reading the requirement and looking at the structure of the response area: how many cells, what kind of entries, which drop-down options. Then read the exhibits with the requirement in mind. Simulations often contain more information than you need, and some of it is a distraction. Work the parts you can do with confidence first. For calculations, use the exam's spreadsheet tool for anything with more than two steps. For research tasks, which ask you to find the relevant section of the authoritative literature, think about where the topic lives in the Codification or the standards before searching, then use precise search terms. Lesson 10 practices the simulation formats in detail.

Common reasons candidates fail

Score reports show performance by content area as stronger, comparable or weaker relative to passing candidates. Read yours carefully if you need to retake. The most common patterns are not knowing a heavily weighted area well enough, poor performance on simulations because practice focused on MCQs, and time trouble. Each has a different fix: targeted study of the weak area, more full simulations under time pressure, and practice with checkpoints. A candidate who simply rereads the whole course after a near miss often repeats the same result.