Learning Physics: 4 Techniques To Improve Your Memory

Physics is often considered a challenging field of study, especially for students transitioning from primary to secondary school, as this is often the first time they encounter pure physics concepts, as opposed to more generalised science topics.

While it is true that there is no shortcut to mastering physics - it requires dedication and hard work - there are ways for you to hone your skills to be more adept at the subject.

One of the things you can do to improve your physics grade is improving your memory. When studying physics, you will often be called upon to memorise various concepts and multiple formulas and equations that are needed to problem-solve the questions you will encounter during your physics exams.

As you can see, possessing an excellent memory is a crucial ingredient to acing your tests. However, how do you go about improving your memory? Well, fret not! Let us share some practical tips to aid in your memory retention so you can achieve a stellar exam grade for your physics test.

1. Use a mind map

Physics may cover a broad spectrum of topics, but every topic has its basic underlying principles and concepts that provide you with a better understanding of the subject at hand.

So while it is tempting to try and tackle the complex equations and theories first, hoping this will leave a lasting impression in your mind, it is advisable to do the opposite. Once you have a solid foundation to build upon, you can proceed to the more complex theories.

One of the most effective ways to familiarise yourself with the basics of physics is to create a mind map - a diagram used to organise information visually. This method is particularly effective for visual learners who are able to absorb information easily through visual aids and cues.

2. Practice makes perfect

The questions found in a physics exam regularly requires you to derive a figure, such as speed and velocity, through the use of various physics equation. Such questions are a test of your math skills, so you might want to consider practising your calculations.

After all, as the adage goes, "practice makes perfect". Even though this is one of the most common methods to commit something to memory, it is also one of the most effective. Furthermore, when you regularly practise your physics equations, you will find it easier to recall the exact formula you need during an exam.

3. Use illustrations

The best way to simplify any equation or formula is through the use of illustrations. Drawings can aid significantly in understanding physics concepts and how they can be applied to the topic at hand.

Additionally, the use of illustrations can help you develop your imagination and aid in developing a visual presentation of the topic based on your understanding. Drawing what you know on a piece of paper also aids in committing what you have learned to memory.

4. Use flashcards

Flashcards are specifically designed to encourage and enhance active recall. When used correctly, these cards allow you to interact with the study material in a way that makes it easier to retain the information in your mind.

By practising active recall, you are creating stronger neural connections in your brain, which is an effective method for improving one's memory. If you are struggling with a specific topic, you can consider repeating the concepts more frequently to establish a better connection. This process is termed confidence-based repetition, and studies have shown it is a highly effective method to improve a person's memory.


Physics is a subject that calls for collaborative learning. Although you might have the freedom to manage your time and pace when studying independently, you could miss out on the benefits of group learning.

By enrolling in physics tuition, you will have the opportunity to learn new ideas, know the practical tips and techniques to master the subject, and learn how to apply the concepts you have learned effectively during your exams. In addition, group tuition is also an excellent opportunity to interact in a real-world environment where people communicate and solve problems together.