MCAT study plan

Map every natural-science topic in the exam outline to a confidence rating from 1 to 5, so the remaining weeks target only the weakest areas

Derive the core physics equations for kinematics, forces, work-energy, and fluids from first principles and label each variable with its units

Build a one-page unit-and-dimension checklist that you will use to sanity-check every calculation

Solve 30 passage-based natural-science questions untimed and log the reason for each miss as content gap, misread, or calculation error

Explain how protein structure determines function and predict the effect of a single amino-acid substitution on folding and activity

Trace the major metabolic pathways (glycolysis, Krebs cycle, oxidative phosphorylation) and identify where each is regulated

Describe how gene expression is controlled from transcription through translation and predict outcomes of promoter or splicing mutations

Interpret experimental results from molecular-biology techniques such as gel electrophoresis, PCR, and blotting

Predict how changes in concentration, temperature, pressure, and catalysts shift equilibrium and reaction rates

Apply acid-base and buffer reasoning to calculate pH and predict titration behavior

Relate organic functional groups to reactivity and identify the products of common substitution, elimination, and addition reactions

Connect electrochemical cells to thermodynamics and predict spontaneity from reduction potentials

Design experiments that isolate a single independent variable and identify confounds in described studies

Distinguish correlation from causation and evaluate whether a conclusion follows from the presented data

Read a data table or graph and state the trend, its magnitude, and its limits in one sentence

Apply natural-science content to unfamiliar research scenarios by extracting the tested concept before answering

Explain how behavior is shaped by classical and operant conditioning and predict responses to reinforcement schedules

Describe the major psychological disorders by their defining features and distinguish them from adjacent diagnoses

Trace how social factors such as group influence, conformity, and attribution shape individual behavior

Identify the biological bases of behavior, including neurotransmitter and brain-region roles, in applied scenarios

Explain how demographic structure, social stratification, and social institutions interact to produce health outcomes

Distinguish the major research designs in sociology and psychology and state what each can and cannot establish

Interpret measures of central tendency, variability, and study validity in described studies

Apply concepts of cultural norms and social change to interpret unfamiliar social-science passages

Practice reasoning through interdisciplinary passages that combine social and natural science

Evaluate arguments by identifying assumptions, alternative explanations, and the strength of evidence offered

Manage timing by allocating a fixed budget per passage and abandoning questions that exceed it

Analyze your error log to rank the top three recurring mistake patterns and write a correction rule for each

Review only the lowest-confidence topics flagged in your week-1 map and error logs

Rehearse the correction rules from week 7 on a timed mixed set and confirm the error rate falls

Re-derive the highest-yield equations and pathway maps from memory without notes

Simulate exam-day conditions, including timing, breaks, and question pacing, on one final full-length test