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About this exam

The Miyazaki Entrance Science examination is the science component of the entrance selection for applicants aiming at science, engineering, agriculture, and related faculties. It is a broad general-science paper rather than a single-subject one: physics, chemistry, biology, and earth science each account for roughly a quarter of the marks, so candidates must show breadth as well as depth. The paper combines multiple-choice items with short-answer questions that ask you to set out reasoning, show working, or explain a phenomenon in a sentence or two.

It suits high-school leavers and other applicants who have followed a science track and can handle material outside their declared specialty - a physics-leaning candidate still meets biology and earth science questions, and the reverse is equally true. Prepare in two layers. First, consolidate the core syllabus of all four subjects from your school textbooks and laboratory notes. Second, practise written answers under time pressure, because short-answer marks are lost to vague wording more often than to missing knowledge. Keep a log of recurring calculation types and definitions. The administering body publishes the current question count, time limit, and scoring rules each year, so confirm those on its official site before planning your exam-day pacing.

What you'll study

Common questions

About Miyazaki Entrance Science preparation

What is the format of the Miyazaki Entrance Science paper?

It mixes multiple-choice items with short-answer questions across four equally weighted domains: physics, chemistry, biology, and earth science. Short answers typically require a calculation with working, a definition, or a brief explanation of a phenomenon. Expect to switch between subjects within one sitting rather than facing a single long block of one science.

How difficult is the exam?

The individual questions are mostly standard high-school level; the difficulty comes from breadth. Candidates who deeply specialize in one subject often lose more marks in the other three than they gain in their strong area. If you can answer confidently across all four domains at textbook level and write clear short answers, the paper is manageable.

Can I retake the examination if I do not pass?

Retake and reapplication rules are set annually by the administering body and can change with each admissions cycle. Rather than relying on secondhand information, check the current admissions guidelines on the official university website. Those guidelines also state eligibility conditions for applicants who completed high school in earlier years.

How long is the exam and how many questions are there?

The official administering body publishes the current question count, time limit, and scoring rules for each admissions cycle, so consult its official site for the exact figures. Do not plan your pacing from remembered numbers, because these details are revised between cycles. Once you have the current figures, rehearse full papers under that exact time limit.

Should I study all four sciences equally?

Treat the four domains as roughly equal in value, because each carries about a quarter of the marks. Study them in rotation rather than finishing one subject before starting the next; spaced revisiting keeps definitions and formulas available. Give extra time to your weakest domain, but never drop one entirely, since neglected earth science or biology is a common source of lost marks.

Which subject should I start revising first?

Start with your weakest domain, not your favourite. Early weeks are best spent repairing gaps, while later weeks suit consolidation and timed practice. After the first pass, rotate all four subjects weekly so nothing goes stale. Finish with mixed-subject practice papers, because the real paper requires rapid switching between physics, chemistry, biology, and earth science.

Why do candidates lose marks on the short-answer section?

Most losses come from vague wording, missing units, and unexplained steps rather than from absent knowledge. Write the formula, substitute values with units, then state the answer with its unit. For explanation questions, name the principle first and then apply it to the situation given. Practise writing answers in full sentences and have someone check whether your reasoning is followable.

Are calculators allowed in the science paper?

Permitted equipment is specified in the current official examination regulations, which are published by the administering body each year; check those before exam day. Regardless of the rule, practise the arithmetic by hand: rounding, scientific notation, and unit conversion should be automatic, since slow calculation eats time you need for written explanations.

In what language is the paper delivered?

Questions and instructions are delivered in Japanese, with standard technical terms usually retained in English or katakana where that is normal usage. Prepare by reading Japanese textbook explanations of each topic, not only translated summaries, so that question wording and required answer phrasing feel familiar on the day.