Fukui Entrance Science study plan

Solve 20 single-body force problems (resultant force, friction, normal force) and draw a free-body diagram for each before calculating

Compute work, kinetic energy, and potential energy for 15 mixed problems, stating which conservation law applies before substituting numbers

Derive and apply the equations of uniformly accelerated motion to 10 problems involving inclined planes or falling bodies

Build a one-page formula sheet linking force, acceleration, work, and energy, and annotate each formula with the condition under which it is valid

Solve 15 multi-step energy problems (pendulum, spring, braking distance) and verify each answer with a second method

Write and balance 20 chemical equations, including 5 combustion and 5 redox reactions, and label oxidation numbers for every atom

Identify the oxidizing agent and reducing agent in 10 redox reactions and explain electron transfer in one sentence each

Distinguish physical change from chemical change in 10 described scenarios and justify each with evidence

Complete and balance 15 neutralization reactions, naming the salt produced in each

Calculate amounts of acid and base needed for neutralization in 10 titration-style stoichiometry problems

Classify 20 everyday reactions as oxidation, reduction, neutralization, or precipitation, with the reasoning written out

Explain, in 5 short written answers, why conservation of mass holds in a closed reaction system

Draw circuit diagrams for 10 series and 10 parallel combinations and compute equivalent resistance, current, and voltage at each element

State and apply Ohm's law and the power formula to 15 problems, checking units at every step

Sketch ray diagrams for plane mirrors, convex lenses, and concave mirrors in 8 cases and state whether the image is real or virtual

Solve 10 wave problems using wave speed, frequency, wavelength, and the reflection and refraction relationships

Classify 15 substances as pure substance, compound, or mixture, and select a separation method (filtration, distillation, chromatography, recrystallization) for each with a reason

Describe the particle model for solids, liquids, and gases and use it to explain 6 observed phenomena such as diffusion and thermal expansion

Map the first 20 elements to their symbols and group numbers and predict ion charge for 10 of them

Explain the difference between atoms, molecules, and ions using 5 concrete chemical formulas as examples

Label the stages of mitosis and meiosis on a self-drawn diagram and state the chromosome number at each stage

Solve 12 genetics problems using Punnett squares, including 4 involving two traits, and state genotype and phenotype ratios

Trace the path of blood through the heart, lungs, and body and match each organ to its function in digestion, respiration, and excretion

Explain the roles of enzymes, villi, alveoli, and nephrons in 4 short written answers linking structure to function

Compare photosynthesis and respiration in a table covering location, inputs, outputs, and energy conversion

Interpret 5 food webs and predict the effect of removing one producer or consumer, writing the reasoning as a short causal chain

Read 5 stratigraphic columns and determine relative age, identify an index fossil, and explain one unconformity

Order 6 geological events from a described rock sequence and justify the ordering using superposition and cross-cutting principles

Interpret weather maps and explain the formation of fronts, clouds, and precipitation in 5 written answers

Explain seasonal change, moon phases, and eclipses using 3 self-drawn diagrams with correct relative positions

Complete 2 timed mixed mock sections of 40 questions each, covering all 11 domains, and record accuracy and time per domain

Re-solve every item missed in the mocks and write a one-line correction rule for each recurring error type