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100+ Free Ibaraki Entrance Science Practice Questions

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2026 Statistics

Key Facts: Ibaraki Entrance Science Exam

50 min / 100 points

Length and maximum score of the Ibaraki science paper (held February 26, 2026)

Ibaraki Prefectural Board of Education Reiwa 8 selection implementation rules

500 + 135

500-point academic test plus 135-point naishinten report card (grades 1–3, nine subjects), roughly equal weight

Ibaraki Prefectural Board of Education Reiwa 8 selection rules

Feb 26, 2026

Reiwa 8 academic examination date; results announced March 11, 2026 at 9:00

Ibaraki Prefectural Board of Education Reiwa 8 selection schedule

JPY 2,200

Entrance examination fee for full-time prefectural high schools (JPY 950 part-time), paid with Ibaraki revenue stamps or electronic settlement

Ibaraki prefectural high school entrance selection implementation rules

4 fields

Physics, chemistry, biology, and earth science per the 2017 MEXT Course of Study

MEXT junior-high Course of Study

100

Free original practice questions in this bank

OpenExamPrep

The Ibaraki public high school entrance science (rika) paper is a 50-minute, 100-point written exam held on February 26, 2026, covering physics, chemistry, biology, and earth science with data and experiment items, set by the Ibaraki Prefectural Board of Education. This page offers 100 original practice questions with explanations as a study aid.

Sample Ibaraki Entrance Science Practice Questions

Try these sample questions to test your Ibaraki Entrance Science exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1When a constant force pushes a block across a frictionless table, doubling the mass of the block (force unchanged) will:
A.halve the acceleration
B.double the acceleration
C.not change the acceleration
D.quadruple the acceleration
Explanation: By Newton's second law a = F/m, acceleration is inversely proportional to mass when force is constant. Doubling m halves a.
2A passenger in a bus lurches forward when the bus suddenly brakes. This is best explained by:
A.inertia keeping the passenger's body in motion
B.a forward force pushing the passenger
C.friction pulling the passenger ahead
D.gravity acting on the passenger
Explanation: Inertia (Newton's first law) makes the passenger's body tend to keep moving at the original speed while the bus slows. No forward force acts on the passenger; friction with the seat actually opposes the slide.
3In a vacuum (no air resistance), a heavy iron ball and a light feather are dropped from the same height at the same time. Which statement is correct?
A.They reach the ground at the same time
B.The iron ball lands first
C.The feather lands first
D.They never fall in vacuum
Explanation: Without air resistance, all objects accelerate at g regardless of mass, so they fall together. Air resistance, not mass difference, is what makes a feather drift slowly in air.
4A book sliding across a rough table gradually slows and stops. The force responsible for stopping the book is:
A.friction acting opposite to the motion
B.gravity pulling the book down
C.a normal force pushing the book forward
D.inertia of the table
Explanation: Kinetic friction acts on the contact surface opposite to the direction of motion, converting kinetic energy into heat and bringing the book to rest. Gravity and the normal force act vertically and do not directly stop horizontal motion.
5A car moving in a straight line at a constant 60 km/h has a net force on it that is:
A.zero, because velocity is constant
B.forward, equal to the engine force
C.backward, equal to the weight
D.equal to the friction force alone
Explanation: Constant velocity means zero acceleration, so by Newton's second law the net force is zero; the engine's forward force exactly balances friction and air resistance. A nonzero net force would change the speed.
6When you swim and push water backward with your hands, you move forward. The force that propels you forward is:
A.the reaction force of the water pushing you forward
B.the force of gravity on your body
C.buoyancy lifting you up
D.friction of the water on your suit
Explanation: By Newton's third law, when your hands push water backward, the water exerts an equal and opposite reaction force forward on you, propelling you ahead. Gravity and buoyancy act vertically; they do not move you forward.
7Two objects with masses 2 kg and 6 kg move at the same speed of 3 m/s. Compared with the 2 kg object, the momentum of the 6 kg object is:
A.three times as large
B.the same
C.half as large
D.nine times as large
Explanation: Momentum p = mv is proportional to mass at equal speed. The 6 kg object has p = 18 kg·m/s while the 2 kg object has p = 6 kg·m/s, exactly three times larger.
8A hydraulic press has a small piston of area 2 cm² and a large piston of area 8 cm². If a 30 N force is applied to the small piston, the force lifted at the large piston is:
A.120 N
B.30 N
C.60 N
D.7.5 N
Explanation: By Pascal's principle, pressure is transmitted equally, so F₁/A₁ = F₂/A₂. Thus F₂ = 30 N × (8/2) = 120 N. The larger area multiplies the force fourfold.
9As a climber ascends a tall mountain, atmospheric pressure decreases. The main reason is that:
A.the column of air above the climber gets shorter
B.gravity becomes much weaker at altitude
C.the air temperature instantly rises
D.the climber moves away from Earth's axis
Explanation: Atmospheric pressure is the weight of the air column above a point. Higher up, less air lies above, so the column's weight—and the pressure—drops. The change in gravity itself over a few kilometers is negligible.
10In a deep pool, water pressure on a diver increases with depth mainly because:
A.the weight of water above the diver increases with depth
B.the diver's body compresses and pushes back harder
C.water density rises sharply with depth
D.atmospheric pressure is added only at the bottom
Explanation: Liquid pressure p = ρgh grows with depth h because more water weighs down on the diver from above. Water density is nearly constant, so the increase comes almost entirely from the taller water column.

About the Ibaraki Entrance Science Exam

The Ibaraki Public High School Entrance Examination science (rika) paper is created by the Ibaraki Prefectural Board of Education. The single 50-minute, 100-point paper, sat on February 26, 2026 in the Reiwa 8 general selection, is a written exam on the 2017 MEXT junior-high Course of Study, covering the four junior-high science fields — physics, chemistry, biology, and earth science — with data and graph interpretation and experiment-based items throughout. Answers are entered on a printed answer sheet as a mix of lettered-choice and short constructed-response items. Admission combines the 500-point academic test with the 135-point junior-high report card (grades 1–3, nine subjects) with the two weighted roughly equally. This page provides 100 original English-language practice questions with detailed explanations as a study adaptation — not an official translation or a simulation of the official format.

Assessment

The real Ibaraki science (rika) examination is a 50-minute paper scored out of 100 points (500 total across five subjects); in the Reiwa 8 (2026) general selection it was sat on February 26, 2026 (Thursday), with selection results announced on March 11, 2026 (Wednesday) at 9:00. The paper is created by the Ibaraki Prefectural Board of Education on the 2017 (Heisei 29) MEXT junior-high Course of Study, covering the four junior-high science fields — physics, chemistry, biology, and earth science — with data and graph interpretation and experiment-based items throughout. Answers are entered on a printed answer sheet as a mix of lettered-choice and short constructed-response items. Admission combines the 500-point academic test with the 135-point junior-high report card (naishinten: grade-1, grade-2, and grade-3 nine-subject 5-point ratings, 9 × 5 × 3 years = 135 points); in the common selection the test and the report card are weighted roughly equally, with the specific conversion ratio set by each school, and most schools admit through a two-stage A-group (both-rank duplication) and B-group process with a second-choice school option. This local bank is an English-language MCQ study adaptation providing 100 original practice items.

Time Limit

50 minutes for the science subject paper (held on February 26, 2026 in the Reiwa 8 general selection)

Passing Score

No fixed pass mark; scored out of 100 points (500 total across 5 subjects); selection adds the 135-point naishinten report card (grades 1–3, nine subjects on a 5-point scale) with the academic test and report card weighted roughly equally in common selection, through a two-stage A-group/B-group process

Exam Fee

JPY 2,200 entrance examination fee for full-time prefectural high schools (JPY 950 for part-time), set out in the Ibaraki selection rules, paid with Ibaraki prefectural revenue stamps attached to the application form and from Reiwa 8 also payable through electronic settlement via the Ibaraki Electronic Application service (Ibaraki Prefectural Board of Education (茨城県教育委員会))

Ibaraki Entrance Science Exam Content Outline

About 28% of this practice bank

Physics

Forces and motion, pressure, work and energy, electricity, magnetism and electromagnetism, heat, and waves, sound, and light.

About 26% of this practice bank

Chemistry

States of matter, atoms and elements, chemical changes and equations, acids, bases, and neutralization, combustion, ions and electrolysis, and metals.

About 26% of this practice bank

Biology

Cells, photosynthesis and respiration, digestion and circulation, stimulus and response, reproduction and inheritance, ecosystems, and plant structure.

About 20% of this practice bank

Earth Science

Weather, the water cycle and oceans, stars and constellations, the solar system and moon phases, earthquakes and volcanoes, rocks, and groundwater.

How to Pass the Ibaraki Entrance Science Exam

What You Need to Know

  • Passing score: No fixed pass mark; scored out of 100 points (500 total across 5 subjects); selection adds the 135-point naishinten report card (grades 1–3, nine subjects on a 5-point scale) with the academic test and report card weighted roughly equally in common selection, through a two-stage A-group/B-group process
  • Assessment: The real Ibaraki science (rika) examination is a 50-minute paper scored out of 100 points (500 total across five subjects); in the Reiwa 8 (2026) general selection it was sat on February 26, 2026 (Thursday), with selection results announced on March 11, 2026 (Wednesday) at 9:00. The paper is created by the Ibaraki Prefectural Board of Education on the 2017 (Heisei 29) MEXT junior-high Course of Study, covering the four junior-high science fields — physics, chemistry, biology, and earth science — with data and graph interpretation and experiment-based items throughout. Answers are entered on a printed answer sheet as a mix of lettered-choice and short constructed-response items. Admission combines the 500-point academic test with the 135-point junior-high report card (naishinten: grade-1, grade-2, and grade-3 nine-subject 5-point ratings, 9 × 5 × 3 years = 135 points); in the common selection the test and the report card are weighted roughly equally, with the specific conversion ratio set by each school, and most schools admit through a two-stage A-group (both-rank duplication) and B-group process with a second-choice school option. This local bank is an English-language MCQ study adaptation providing 100 original practice items.
  • Time limit: 50 minutes for the science subject paper (held on February 26, 2026 in the Reiwa 8 general selection)
  • Exam fee: JPY 2,200 entrance examination fee for full-time prefectural high schools (JPY 950 for part-time), set out in the Ibaraki selection rules, paid with Ibaraki prefectural revenue stamps attached to the application form and from Reiwa 8 also payable through electronic settlement via the Ibaraki Electronic Application service

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

Ibaraki Entrance Science Study Tips from Top Performers

1Practice reading tables, graphs, and experiment descriptions before answering — Ibaraki's science paper rewards data interpretation, so identify what the data shows and the trend before choosing.
2For physics, anchor on the core relationships (Ohm's law V=IR, Newton's second law a=F/m, work W=Fs) and apply them to circuits and motion problems rather than memorizing in isolation.
3For chemistry, master the conservation of mass in chemical changes, the pH scale and neutralization, and the difference between physical and chemical changes; these recur across years.
4Because the 135-point report card (all three junior-high years, nine subjects) is weighted roughly equally to the 500-point test in Ibaraki, keep your ratings high across all nine subjects from grade 1 onward — not just science.

Frequently Asked Questions

Is the real Ibaraki science entrance paper multiple-choice?

Not entirely. Ibaraki's science (rika) paper mixes lettered-choice items with data-interpretation and short constructed-response items (explaining a result or labeling a diagram), and it covers all four junior-high fields — physics, chemistry, biology, and earth science. This bank is an English-language four-option MCQ study adaptation, not official past problems or a reproduction of the official layout: real selection items are not limited to four options, and every stem is in Japanese.

Are these questions official past exam problems?

No. Although the Ibaraki Prefectural Board of Education publishes the actual examination problems after each sitting, it does not publish them as a multiple-choice set. This bank is an original English-language MCQ study adaptation aligned to the 2017 MEXT junior-high Course of Study, covering scientific concepts, data interpretation, experimental reasoning, and error analysis across the four science fields.

How long is the science paper and what is the maximum score?

The science paper is a single 50-minute exam scored out of 100 points, sat on February 26, 2026 in the Reiwa 8 general selection. The five subjects total 500 points and are combined with the 135-point junior-high report card (naishinten) in selection, with the academic test and the report card weighted roughly equally.

How is the naishinten (report card) score calculated in Ibaraki?

Ibaraki uses all three junior-high years (grade 1, grade 2, and grade 3): the nine subjects are each rated on a 5-point scale, giving 9 × 5 = 45 points per year and 45 × 3 years = 135 points total. In the common selection the 500-point academic test and this 135-point report card are weighted roughly equally, with the specific conversion ratio set by each school.

What is the Reiwa 8 (2026) application and results schedule?

Web application ran January 7–28, 2026, with paper application acceptance February 5–9, 2026 and application-change on February 10 and 12, 2026. The JPY 2,200 fee was paid with Ibaraki prefectural revenue stamps or electronic settlement. The academic examination was held on February 26, 2026 (Thursday), with selection results announced on March 11, 2026 (Wednesday) at 9:00; the makeup examination was March 4–5, 2026 and second recruitment application March 12–13, 2026.

Which four science fields does the exam cover?

The paper covers the four junior-high science fields of the 2017 MEXT Course of Study: physics (forces, motion, pressure, electricity, electromagnetism, waves), chemistry (atoms, chemical changes, acids and bases, combustion, ions), biology (cells, photosynthesis and respiration, digestion and circulation, inheritance, ecosystems), and earth science (weather, the solar system, earthquakes and volcanoes, rocks). This bank distributes its 100 items across those four fields.

Are there data and experiment-based questions?

Yes. The Ibaraki science paper includes data and graph interpretation and experiment-based items, not only recall. This bank includes data-interpretation and experiment-design questions to match, so practice reading tables and graphs and identifying what an experiment shows before answering.

Do these details apply to the next (Reiwa 9 / 2027) entrance examination?

Most figures on this page describe the Reiwa 8 cycle, whose academic examination was sat on February 26, 2026. For the Reiwa 9 (2027 entrance) cycle, the Board has published the academic examination date as February 25, 2027 (Thursday) with results March 11, 2027 (Thursday). The five-subject, 50-minute, 100-point structure and the report-card-plus-test selection method have been stable, but confirm the current year's application windows, fees, and selection ratios on the Ibaraki Prefectural Board of Education's own pages before relying on them.