ECAT study plan

Diagnose baseline by completing a timed 40-question mixed Physics/Math self-test and logging error types

Derive and apply the core kinematics equations to 15 uniform-acceleration problems

Solve 10 projectile-motion problems by resolving initial velocity into components

Build a one-page formula sheet for kinematics and vector addition

Review every missed problem and rewrite its correct solution method in your own words

Apply Newton's three laws to 15 free-body-diagram problems, drawing each diagram before solving

Compute net force, tension, and friction on inclines and connected masses

Solve 10 trig-identity and unit-circle problems without a calculator

Explain in writing how a free-body diagram maps to the algebraic force equations

Log and categorize every error from the week's practice sets

Apply work-energy and conservation of momentum to 15 combined problems

Distinguish elastic from inelastic collisions and compute outcomes for each

Solve 10 quadratic-equation and function problems, including word problems

Derive the work-energy theorem from Newton's laws

Re-solve the 5 hardest problems from weeks 1-2 cold, without notes

Memorize and recite the first 20 elements with symbols and atomic numbers

Balance 15 chemical equations, including redox half-reactions

Define 40 high-frequency English vocabulary words and use each in a sentence

Identify subject-verb agreement and modifier errors in 20 sentences

Review the full error log and rank weak areas across all four domains

Apply mole-concept and stoichiometry calculations to 15 problems, showing unit cancellation

Compute molarity and dilution for 10 solution problems

Write 5 short structured essays or paragraphs under a 15-minute time limit

Correct 20 punctuation and sentence-structure errors in sample passages

Summarize each chemistry chapter in 5 bullet points in your own words

Predict products of 15 acid-base, precipitation, and combustion reactions

Explain periodic trends (atomic radius, electronegativity, ionization energy) across periods and groups

Solve 10 electricity and magnetism problems using Ohm's law and circuit rules

Connect chemistry bonding concepts to physics electrostatic principles in a written comparison

Re-test on the 10 most-missed items from weeks 1-5

Solve 15 geometry and coordinate-geometry problems, including circles and lines

Compute permutations and combinations and apply them to 10 counting problems

Complete 2 full-length timed English sections and score them

Practice reading-comprehension strategies on 4 passages with time limits

Consolidate all formula sheets and vocabulary into a single master review document

Take 2 full-length timed mock exams under exam conditions and score them

Analyze each mock by domain, ranking error types by frequency

Re-drill only the top 3 weakest error types per domain

Recite the master formula sheet and vocabulary deck from memory

Finalize an exam-day pacing plan with per-section time targets