EJU Science study plan

EJU Science · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Biology & Chemistry

Map 12 cell organelles to their functions and draw a labeled plant-versus-animal cell comparison from memory.
Solve 15 stoichiometry problems covering mole-mass conversions, limiting reagents, and percent yield with full unit cancellation.
Classify 20 biomolecules by monomer, bond type, and cellular role without notes.
Compute molarity and dilution for 12 solution problems, including serial dilutions.

Closed-book 25-item Biology/Chemistry diagnostic scored at 70% or higher, with every miss tagged by cause (concept, calculation, misread, or recall).

Week 2

Explain transcription and translation in sequence, then solve 10 codon and mutation questions.
Derive Newton's second law applications for 12 force diagrams, including friction and incline cases.
Draw and interpret 8 motion graphs, computing displacement from velocity-time area.
Compare mitosis and meiosis stages in a table written from memory.

One-page genetics summary plus 20 mixed mechanics and genetics problems scored at 75% or higher, with corrections shown.

Week 3

Solve 15 Mendelian and sex-linked crosses using Punnett squares and probability rules.
Balance 20 redox equations and identify oxidizing and reducing agents.
Trace energy flow in photosynthesis and respiration, then compute ATP yield for 8 scenarios.
Tabulate acid-base titration calculations for 10 cases, including equivalence-point reasoning.

Timed 30-question Biology/Chemistry set completed in 45 minutes at 75% or higher, with an error log.

Week 4

Apply Hardy-Weinberg equations to 8 populations and interpret deviations from equilibrium.
Solve 15 conservation-of-momentum and energy problems, including elastic and inelastic collisions.
Describe negative feedback homeostasis with 6 examples and predict the effect of disrupting each loop.
Compute work, power, and efficiency for 10 mechanics scenarios.

Midpoint mock of 40 Biology and Physics questions completed in 60 minutes at 70% or higher, plus a categorized review sheet.

Week 5

Solve 20 chemical equilibrium and pH problems, applying Le Chatelier's principle to each shift.
Apply Ohm's law and Kirchhoff's rules to 12 DC circuits, computing equivalent resistance.
Draw 20 organic functional groups and name the corresponding compounds using basic IUPAC rules.
Solve 10 wave problems covering speed, frequency, refraction, and standing waves.

40-item Chemistry/Physics problem set scored at 75% or higher with an annotated formula sheet.

Week 6

Build a reaction roadmap for alkanes, alcohols, and carbonyls, then predict 15 reaction products.
Solve 12 electrochemistry and electrolysis problems using half-reactions.
Explain innate and adaptive immune responses, then answer 10 immunity and vaccine questions.
Analyze 6 population-growth and ecology graphs, computing simple biodiversity indices.

Two 20-minute sectional quizzes, one Chemistry and one Biology, each scored at 80% or higher with missed concepts rewritten.

Week 7

Closed-book equation sheet plus a 45-question Physics/Chemistry set scored at 75% or higher.

Week 8

Complete two 80-minute full-length mixed science sets under exam timing and review every miss.
Re-derive the 10 highest-error formulas and biology processes on blank paper.
Explain 12 core biology pathways and cycles without notes.
Solve 15 previously missed chemistry and physics problems cold, without prompts.

Final mock scored at 75% or higher overall with no more than one unanswered item per section, plus a one-page personal error-pattern list.

Week 2: Closed-book cell biology, genetics, and mechanics checks each score at least 75%; error log contains at least 10 tagged entries.

Week 4: Midpoint mock scores at least 70% in both the Biology and Physics sections; every error is assigned to a review category.

Week 6: Chemistry and Biology sectional quizzes each score at least 80%; the organic reaction roadmap is complete and usable from memory.

Week 8: Full-length mock scores at least 75% overall; the final error list has no uncategorized mistakes and each item has a corrective action.