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About this exam

The Iwate University Faculty of Science entrance examination (前期日程, science track) is the written paper used in the first-round admissions schedule for applicants seeking a place in the Faculty of Science. It is intended for high-school graduates and final-year students who have completed the standard science curriculum and who intend to study mathematics, physics, chemistry, biology, or a related field at university level. The examination is subject-based and constructed-response: candidates write out derivations, calculations, and reasoned explanations rather than selecting options, and the science subjects reward clear working as much as a final answer. Coverage follows the upper-secondary curriculum - mathematics across algebra, geometry, calculus, and sequences; physics spanning mechanics, waves, electromagnetism, and thermodynamics; chemistry from structure and bonding through inorganic and organic reactions; and biology from cells and genetics to evolution and ecosystems. Some questions test data interpretation, graph reading, and experimental reasoning, so laboratory familiarity helps. Preparation should be built around the official subject syllabi and past-paper practice under timed conditions, with written solutions marked against the expected style of argument. Because formats, subject selection, and scheduling are set each year by the university, candidates should confirm the current details on the official Iwate University admissions website before planning.

What you'll study

Common questions

About Iwate Entrance Science preparation

What is the format of the science paper?

It is a written, constructed-response examination. You write full solutions - derivations, numerical working, and short explanations - rather than choosing from options. Partial credit usually depends on visible reasoning, so show each step, state formulas before substituting, and give units. Confirm the exact paper structure for your year on the official admissions site.

How difficult is the examination?

Difficulty is comparable to other national universities' science faculties: standard textbook material applied in unfamiliar combinations. Few questions are purely recall. The challenge is finishing accurately under time pressure and expressing reasoning clearly. Strong candidates lose marks through incomplete justification, not through unknown content, so practise writing full solutions.

Can I retake the examination if I do not pass?

Retake rules and eligibility for later schedules are set by the university each year, and some routes are restricted for candidates already enrolled elsewhere. Check the current student recruitment guidelines on the official Iwate University site. Do not assume a failed attempt can simply be repeated in the same year.

How much time is allowed for each subject?

Time limits are set per subject and per year by the university, and they are not fixed across cycles. The official recruitment guidelines list the current allocation for each paper. When practising, use the published limit rather than inventing one, and train yourself to allocate minutes per question before you start writing.

In what order should I study the science subjects?

Build mathematics first, since calculation fluency underpins physics and parts of chemistry. Then work through physics and chemistry in parallel, because both reward repeated problem-solving. Treat biology as a memory-and-application subject that needs steady weekly review rather than a final cram. Finish with timed mixed practice so switching between subjects feels routine.

What are the most common ways candidates lose marks?

Answering the question that was asked only partly, omitting justification for a stated result, dropping units or significant figures, and running out of time on the final question. Graph questions are often misread because axes and scales are skimmed. Train by marking your own past-paper answers strictly against the wording of the question.

Do I need laboratory experience to do well?

Not for every question, but experimental reasoning appears in the papers: interpreting data tables, identifying variables, and explaining sources of error. If your school offers practical work, take it seriously and record what you did. Reading experimental write-ups and practising data-interpretation questions is a useful substitute.

Where can I find the current exam details and past papers?

The official Iwate University admissions website publishes the current recruitment guidelines, subject requirements, and schedule, and typically provides past examination questions. Use those as your primary source. This page is an independent study guide and is not affiliated with the university, so always verify dates, subjects, and formats officially.

How should I use past papers in the final months?

Work them under the official time limit, without notes, then mark them yourself against the expected reasoning. Keep an error log grouped by topic rather than by paper. In the last month, revisit only the topics that recur in your log, and rehearse writing clean, ordered solutions so presentation does not cost you marks.