Did you know that in recent years, the average grade for those who passed the Physics exam in the UNEDasiss PCE (University Access Exam) was above 7,5? If you want to study engineering, architecture, or other science degrees, you may need to take the Physics exam in the 2026 UNEDasiss PCE. In this post, we explain what the exam is like, and if you read to the end, we'll give you five important tips to improve your results.
What will the 2026 PCE Physics exam be like? PCE UNEDasiss
The 2026 UNEDasiss PCE Physics exam, in both the June and September sessions, has 4 parts . Each part has a maximum score of 2,5 points.
- Part: two development problems, from which only one must be chosen.
- Second part: two development problems, from which only one must be chosen.
- Third part: a development problem with a statement adapted to competency-based assessment, without the possibility of choosing options.
- Fourth part8 multiple-choice questions, of which you only have to answer 5.
To obtain the full score in the development part, the result must not only be correct, but each question must also be justified and reasoned (also with words).
At the Luis Vives Study Center , we always recommend that our students practice with past exam papers. We have a large number of sample exams and solved exams available for this purpose , which you can find on our website and our YouTube channel.
Five tips to improve your results on the Physics exam
Physics tries to describe reality in a quantitative way, that is, through mathematical models. Therefore, the better your level of Mathematics, the easier your learning of Physics will be. However, Mathematics is not everything, there are also a series of concepts behind it that must be understood. And there are times when understanding these concepts can better strengthen the Mathematics behind it. Therefore, these tips are valid no matter what level you have 🙂
Below are 5 key points that we believe can help you prepare for your 2026 UNEDasiss Physics entrance exam (PCE) , although they are also valid for other university entrance exams: PAU, those for students over 25, and even access to higher-level vocational training programs. If you are going to take the PAU, we recommend this article from our partner center , Academia Bravosol , where they explain what the Physics exam will be like and the mistakes you should avoid making.
- Practice with the calculator you are going to take to the exam. It may seem obvious, but mastering your work material is essential. There are many errors that can come from not having written scientific notation properly, from errors in parentheses levels or from confusion with radians and degrees. Plus, if you know your work tools you will go faster!
- Always do the exercises cleanly. In other words, solve your practice exercises as you would in an exam. Make them neat, legible, and presentable. It will take you longer at first, but as you get used to it, it will become second nature. And whoever is grading your work will be more likely to give you a higher grade if you make their job easier.
- Explain the ideas as if you were teaching the person reading you. Explaining your developments helps you connect physical ideas much better. In addition, the exercises can be followed more easily and you will show that you know a lot.
- Solve algebraically and then substitute the data. That is, first solve for the magnitude you want to calculate from the equation instead of substituting the data and then solving. For example, if the exercise asks you to calculate how far apart you have to place two charges so that they feel a certain force, we first solve for the distance from Coulomb's law and then we will substitute the data of the charges and the force. Many errors can come from doing an intermediate calculation wrong, while this way you only have to enter the data into the calculator once.
- Ask yourself if your results make physical sense. You can detect an error in an exercise by a result that doesn't make sense. For example, if you're calculating a speed, you can tell that the result is wrong if it's greater than the speed of light. And the same applies to distances, temperatures, energies, and so on.
Don't despair, be very patient and make one last effort. Because it will be worth it.
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