PCE Physics Exams

Physics is a subject necessary to access a scientific or technical itinerary, and necessary to access university studies in technical and higher engineering schools. It is a very practical and interesting subject, since it helps you understand the world and the natural laws that comprise it. From why things move, how you can send a rocket into space to how sound waves work and we can hear. It is a subject suitable for curious people who want to discover why the world works the way it does.

Last call data (2024)

• Pass percentage: 32,62% (see approvals of all subjects)
• Average grade of those approved: 7,39
• Exam type: Test + Problems
• Difficulty of the subject: High
• Exam difficulty: High

Selectivity Physics Syllabus

1. 1. vibratory movement
   2. wave motion
   3. Sound
   4. Theory of universal gravitation
   5. gravitational field
   6. electric field
   7. Electromagnetism
   8. Electromagnetic induction
   9. Optical physics
   10. geometric optics
   11. Relativistic physics
   12. Quantum and nuclear physics

Most frequently asked questions

Without neglecting to leave topics, for development questions the most common are problems that require taking several steps to reach the solution, so we cannot discard topics. In the test part, they are based on problems that are a direct application of formulas, theory and understanding of units.

How is the Physics exam structured at the PCE?

The subject consists of 4 modules:

• 1 part. Two problems from the same module, one of which must be chosen. The chosen problem is worth 2,5 points.
• 2 part. Two problems from the same module, one of which must be chosen. The chosen problem is worth 2,5 points.
• 3 part. A non-optional problem adapted to real-life physics is a 2.5-point competency problem.
• 4 part. An 8-question test, choosing 5. Correct answers add up to 0.5 points and incorrect answers subtract 0.15 points.

The use of non-graphical or non-programmable calculators is permitted.The constants needed to complete the problems will be provided. Rulers, set squares, and protractors are permitted. Problems must be explained, except in the test. Vector quantities must be used when appropriate. Comments on aberrant physical results and the student's awareness of having made an error are highly valued. The use of formulas must be explained and presented. One point is deducted for presentation and spelling mistakes.

Tricks and tips

• When you're studying, make a worksheet for each topic. This will help you memorize and structure your knowledge.
• Practice many exercises.
• Read the statement several times.
• Make an outline of the problem and write down all the necessary information for the statement.
• Replace the unknowns with numbers at the last moment, this way you will reduce the errors when solving.
• Write all the steps of the exercises. Breaking down the problems can facilitate both your development and correction.
• Have fast and reliable handling with the calculator.
• Always remember to put the correct uniqueness.
• Write well the formulas you are going to use.
• Although most of the questions are practical, it requires having a high command of theory to be able to see the solution to the problem faster.
• In the questions to be developed, do not limit yourself to putting only the results, try to make clear all the steps you take in the exercise, so that in case of error the corrector will be able to see where the error is and assess its severity. However, even if it is a numbers subject, if you explain each step a little that will make you receive a positive evaluation.
• It is very important to be clean when answering, do not cross out (crossing out the part you don't want with a line is enough).
• Underline or box your answer, this makes it easier to correct.
• The ability to simplify the exercise to reach the solution is valued. But remember to follow all the steps.
• As always, keep an eye out for spelling mistakes.
• It is very important that you have a mathematical base, mainly of equations and derivatives, and be able to go quickly in completing the exercises.
• If we were you, start with the multiple-choice questions because they tend to be shorter, and answer only the ones you know on the first pass. After the second pass, try to solve the ones you couldn't immediately. Since there are still some left, only answer the ones you're moderately confident about. Never answer randomly.

Selectivity Physics Resources PCE

• See PCE 2026 Physics Model (If you want to see more models and request the resolution, click here) here)
• Free notes
• Physics Level Test