Iwate Entrance Science study plan

Solve 40 algebra problems covering quadratics, simultaneous equations, and inequalities, writing each step without skipping algebra

Derive and apply the quadratic formula and discriminant to classify root types across 15 problems

Produce a one-page error log of every algebra mistake made this week with the corrected reasoning

Re-solve all missed problems from memory after a 48-hour delay

Solve 30 geometry problems on triangle congruence, circle theorems, and coordinate geometry

Compute areas, volumes, and angles for 10 composite figures without a formula sheet

Sketch 10 coordinate-plane figures and verify results algebraically

Time yourself on a 20-minute mixed geometry set and record the score

Differentiate and integrate 30 functions including chain, product, and quotient rules

Apply derivatives to 10 max/min and rate-of-change problems

Solve 15 arithmetic and geometric sequence problems, including sums to n terms and limits

Set up and solve 10 free-body-diagram problems using Newton's laws

Solve 20 mechanics problems on projectile motion, momentum, and energy conservation

Compute wave properties: frequency, wavelength, speed, and standing-wave harmonics in 15 problems

Apply Ohm's law and Kirchhoff's rules to 10 DC circuits

Explain the first law of thermodynamics and solve 8 gas-law and heat problems

Draw Lewis structures and predict molecular geometry for 25 molecules using VSEPR

Balance 20 redox and acid-base equations, identifying oxidizing and reducing agents

Classify 30 organic compounds by functional group and predict two reactions for each class

Build a periodic-trend summary table covering atomic radius, electronegativity, and ionization energy

Diagram cell structures and describe the stages of mitosis and meiosis from memory

Solve 20 genetics problems using Punnett squares and pedigree analysis

Explain natural selection and speciation with three worked examples

Interpret 10 data tables and graphs, stating the trend, the evidence, and one limitation for each

Design three controlled experiments, specifying variables, controls, and a sampling plan

Evaluate five flawed experimental scenarios and propose a corrected design for each

Practice lab calculations: dilution, concentration, percentage error, and significant figures

Interpret a full mock data set and write a 150-word conclusion citing the evidence

Take two full-length timed mock exams under exam conditions and score them by domain

Re-solve every missed item and group errors by domain to find the weakest two

Drill the two weakest domains with 30 targeted problems each

Write a final one-page summary of formulas and recurring traps for each domain