University entrance exams in math and physics test both your conceptual understanding and problem-solving speed. Before you start intensive revision, honestly assess where you stand. Work through past papers or sample questions to identify which topics feel comfortable and which cause confusion. This self-assessment should guide your study plan, allowing you to spend more time on weak areas while maintaining strength in topics you know well. Understanding your starting point prevents wasting time on material you have already mastered.

Build your study schedule around the fundamentals first, then move to harder applications. In mathematics, ensure you are solid on algebra, trigonometry, and calculus before tackling complex problem sets. In physics, understand the core principles and laws before jumping into multi-step calculations. Work through textbook examples and worked solutions carefully, not just passively reading them. Once you grasp the concept, solve similar problems yourself without looking at the solution. This active practice is far more effective than simply reviewing notes.

Practice with realistic exam conditions to build both accuracy and confidence. Solve problems under timed conditions, using only the materials you will be allowed in the actual exam. This trains your mind to work efficiently and helps you develop a sense of how long different question types should take. Review your mistakes thoroughly, not just to correct the answer but to understand the underlying concept you missed or misapplied. Keep a notebook of common errors and conceptual gaps so you can revisit them regularly.

Study in groups occasionally, but balance group work with solo study. Explaining a solution to a peer forces you to clarify your thinking and often reveals gaps in your understanding. However, passive listening in group sessions is inefficient, so make sure your group work involves active problem-solving and discussion. Most of your preparation time should be spent working independently through problems at your own pace, where you can sit with difficult concepts until they click.

In the weeks leading up to your exam, shift from learning new material to refining technique and managing exam stress. Practice full past papers under exam conditions to build stamina and identify any recurring mistakes. Sleep, regular exercise, and proper nutrition are not distractions from your studies, they are essential to your performance. On exam day, read questions carefully, attempt the ones you are most confident about first, and manage your time so you do not run out of clock on any section you might answer well.