UFAM PSC study plan

Diagnose current performance in Domains 1 and 4 by completing one timed mixed set of 20 intertextuality and 20 proportional-reasoning items, recording accuracy and average time per item

Map the five most frequent grammar-and-meaning traps in Domain 1 (ambiguity, pronoun reference, regency, agreement, register) and write a one-line rule and one original example for each

Build a personal error log template with columns for domain, error type, root cause, and corrective action, then populate it with every miss from the diagnostic

Review fraction, percentage, and ratio conversions until you can solve ten conversion problems in under twelve minutes without a calculator

Interpret literary and non-literary excerpts by identifying thesis, argumentative strategy, and implied reader in ten short passages

Solve fifteen function and graph-reading problems, explicitly stating domain, image, and growth pattern for each

Practice producing short written responses of 8-12 lines that state a claim, cite textual evidence, and close with an inference

Convert ten word problems into algebraic equations before solving them, checking units at every step

Classify ten historical and sociological source excerpts by type (primary, secondary, chart, map) and state what each source can and cannot prove

Explain, in writing, the difference between fact, interpretation, and opinion across six media-style texts

Construct a comparative timeline connecting three Brazilian historical periods to their cultural production

Solve ten interpretation items under a strict 90-second-per-item limit and record which distractor types misled you

Summarize the core causal chains of the Brazilian republican period, the Vargas era, and the military regime in three one-page concept maps

Explain the mechanisms of natural selection, genetic drift, and gene flow using three original examples and distinguish them clearly

Interpret five data tables on population, urbanization, and inequality, writing one conclusion and one limitation for each

Solve twelve genetics and probability problems that combine inheritance ratios with simple combinatorics

Derive and apply the main mechanics equations (uniform motion, acceleration, Newton's laws, energy conservation) across fifteen problems

Balance ten chemical equations and solve stoichiometry problems involving limiting reagents and yield

Compute areas and volumes of composite solids in eight geometry problems, showing each decomposition step

Interpret eight experimental descriptions, identifying hypothesis, control variables, and confounders

Analyze ten environmental-impact scenarios by linking energy sources, biogeochemical cycles, and human activity

Solve twelve combinatorics and probability problems, verifying each answer with a second method where possible

Read and critique six statistical graphs, identifying misleading axes, missing baselines, and sampling problems

Complete a timed 25-item quantitative block in 40 minutes and compare accuracy against your Week 1 baseline

Take two full-length timed simulations under exam conditions and log time distribution across all four domains

Repair your ten weakest error-log entries by re-solving each item type twice from scratch

Practice intertextual comparison by pairing four literary excerpts with four contemporary texts and writing a short comparative paragraph for each pair

Review the human-sciences concept maps and rewrite any causal chain you cannot reproduce from memory

Consolidate all reference sheets into a single one-page pre-exam summary organized by domain

Complete one final timed simulation and target at least a 15 percent accuracy gain over the Week 7 average

Rehearse a fixed exam strategy for each domain: question order, skip threshold, and review time allocation

Write a self-assessment identifying the three remaining weaknesses and the specific action for each before exam day