Canary PAU Physics

It is the physics subject test in the Canary Islands university access procedure. Your mark contributes to the admission score for degrees that weight physics, such as engineering, physics, chemistry and some health-science programmes. It is not a professional certification; it is an academic entrance assessment.

Candidates following the Bachillerato route who need physics as a weighted subject, and other access-route candidates whose chosen degree requires it. If your target degree does not weight physics, check whether another subject would serve your admission score better before registering.

The paper combines multiple-choice, short-answer and open-ended problem-solving items across the six syllabus domains. Problems typically require calculation plus a written justification. The exact structure and weighting are set by the administering body and published each year, so read the current official model before you plan revision.

Those details are fixed annually by the official body and are not stated here. Check the current official call and model paper published by the Canary Islands university administering the PAU. Do not rely on numbers from previous years, because structure can change between calls.

It is a standard pre-university physics paper: the concepts are Bachillerato level, but the difficulty lies in applying them quickly and accurately under time pressure. Candidates who lose marks usually do so through unit errors, incomplete justification or poor time allocation rather than through unseen theory.

Retake rules are set by the official PAU regulations for the Canary Islands and can change. Check the current rules on the official body's site, including how many calls are available and whether your mark remains valid for later admission years. Do not assume a retake is automatically available.

A practical order is gravitational field, then electric field, then magnetism and induction, because these share vector and field reasoning. Follow with mechanical waves, then optics, then relativity and quantum physics. Finish with nuclear physics, which is short and formula-light, leaving more time for problem practice in the heavier domains.

Missing or wrong units, unrounded or inconsistently rounded results, answers with no stated reasoning, and misreading whether a question asks for a magnitude or a direction. In wave and optics problems, sign conventions and phase differences are frequent traps. In induction, forgetting the direction of the induced current costs marks even when the magnitude is right.

Work past papers under timed conditions, then mark them against the official solutions and log every error by type. Re-derive the standard results for each domain from memory, and practise writing short justifications. Confirm exam dates, venue and documentation with the official body well before the call.