DAT Quantitative Reasoning study plan

Diagnose current knowledge by completing a timed 40-question mixed set covering biology, general chemistry, and organic chemistry, then categorize every error by topic and error type (content gap, misread, calculation).

Build a one-page formula and concept sheet for quantitative reasoning that lists the core algebra, geometry, and trigonometry identities you must memorize, and recite it from memory twice by week's end.

Create a spaced-repetition deck of 80 high-yield natural-science facts (enzyme kinetics, acid-base definitions, functional group priorities) and review it daily for at least 10 minutes.

Schedule four fixed 90-minute study blocks per week in your calendar and protect them from work conflicts.

Explain aloud, without notes, the central dogma, glycolysis and the Krebs cycle inputs/outputs, and the difference between mitosis and meiosis.

Solve 60 general-chemistry problems covering stoichiometry, gas laws, and solution concentration, targeting at least 80% accuracy before moving on.

Draw and name 25 organic molecules from condensed formulas, correctly assigning IUPAC names and stereochemistry in at least 90% of cases.

Review every missed item from week 1 and rewrite each as a flashcard with a one-sentence explanation of why the correct answer is correct.

Memorize and apply the periodic trends, solubility rules, and common reaction types by completing 50 mixed chemistry questions under a 50-minute timer.

Practice quantitative word problems by translating 40 problems into equations before solving, and check that each equation matches the question asked.

Review quantitative topics of ratios, percentages, averages, and rates by solving 30 problems and writing a one-line rule for each problem type.

Teach one natural-science concept to a study partner or record a 5-minute explainer video to expose gaps in understanding.

Practice angle-ranking and hole-punching item types by completing 40 items daily for three days, using a systematic annotation method.

Develop a paper-folding and cube-counting routine by working through 30 items and writing a step-by-step checklist for each item type.

Time yourself on 60 perceptual ability questions in 60 minutes to build speed and accuracy under exam-like pacing.

Review all perceptual errors and classify them as spatial-visualization, carelessness, or rule misapplication, then drill the most frequent category.

Read three unfamiliar science passages and answer 15 questions per passage while practicing active reading: identify the main idea, tone, and supporting evidence for each paragraph.

Apply a mapping strategy to two humanities or social-science passages, writing a 3-5 word summary beside each paragraph.

Complete 40 additional perceptual ability items focusing on your weakest type from week 4, with a target of 85% accuracy.

Review reading comprehension errors and label each as detail, inference, vocabulary-in-context, or main-idea errors, then practice the most frequent type.

Solve 80 quantitative problems covering algebra, geometry, trigonometry, and data interpretation, maintaining an error log with a fix for every mistake.

Practice reading comprehension under time pressure by completing two passages in 16 minutes total, then review the reasoning for every answer choice.

Memorize the unit circle, common trigonometric values, and area/volume formulas, and demonstrate recall by writing them from memory three times during the week.

Complete a 45-minute mixed set of quantitative and reading questions to practice switching between question types.

Complete two full-length natural-science sections under timed conditions and score them, targeting at least 70% on each.

Complete two full-length perceptual ability sections under timed conditions and score them, targeting at least 80% on each.

Review every missed question from the full-length sections and create a prioritized list of the five concepts that caused the most errors.

Re-drill the five highest-error concepts with 10 targeted questions each until you reach 90% accuracy.

Simulate exam day by taking one complete timed practice test covering all four domains in a single sitting.

Review the full-length test and correct every error, categorizing each by domain and error type.

Revisit your weakest domain from week 7 and complete 30 targeted questions to confirm improvement.

Finalize your test-day strategy by writing a one-page pacing plan that allocates time per section and lists checkpoints for when to move on.