By Sean Alexander

For many students, the question isn't "Is physics hard?" or "Is physics easy?" but "Why is physics so hard?" If you're wondering how to get better at physics, the first thing you should know is that even the most brilliant minds can find it difficult to understand basic physics concepts and equations. This is because understanding physics requires grasping abstract concepts and applying basic principles to complex physics problems. Nonetheless, mastering physics is entirely achievable, and we're here to help you navigate your way on how to study for physics.

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This blog post will provide you with practical, straightforward tips on how to get better at physics. Whether you're struggling with introductory physics, grappling with quantum physics, or finding it hard to remember common constants and vector quantities, these tips will help you make significant progress in physics class.

## 8 Tips to Get Better at Physics

Ready to crack the code? Here’s how to get better at physics:

### 1. Build a Strong Foundation of Basic Concepts and Terminologies

Understanding physics begins with a solid foundation of basic concepts and terminologies, especially when starting with introductory physics. Akin to learning a new language, mastering the "vocabulary" of physics — the basic physics concepts — is essential. This includes understanding key principles such as Newton's Laws, the law of conservation of energy, and the concept of entropy, to name a few.

Next, familiarize yourself with the basic equations used in physics. These equations are the "grammar" of the physics language. They provide a mathematical representation of the physical principles, linking abstract concepts to quantifiable observables in our universe. Practice using these equations in different scenarios to strengthen your understanding and ability to apply them. Remember, physics is not memorizing every equation but understanding how and when to use them.

### 2. Break Down Problems into Steps

Physics problems often appear daunting due to their complexity. A helpful approach is to break down these problems into manageable steps. This method lets you focus on one piece of the problem at a time, making the process less overwhelming.

• Begin by reading the problem carefully and understanding what is being asked. Identify the knowns and unknowns, and write them down.
• Once you've broken the problem down, your next task is to select the right basic physics equation to solve it. Refer to your foundational knowledge of physics concepts to determine which equation applies to the scenario described in the problem.
• Plug the known quantities into the chosen equation and solve for the unknown. Be mindful of correct units and ensure your solution makes sense in the context of the problem.
• Always double-check your work. Ensure that your answer is in the correct unit and that it seems reasonable.

### 3. Have a List of Basic Physics Equations as a Resource

In physics, equations are the tools that translate the language of natural phenomena into quantifiable terms. Having a quick reference sheet of these equations helps you prepare for any problem that may come up in your physics class or an exam.

A list of basic equations serves as a quick reference in times of need, especially during complex physics problems. This eliminates the need to flip through textbooks to find the needed equations, saving you time and keeping your focus on problem-solving.

Additionally, regularly referring to the list strengthens your memory of these equations. Over time, you'll find that you can recall these equations more quickly and accurately, which can be particularly beneficial during timed tests and exams.

### 4. Utilize Visual Aids to Understand Physics Concepts

Physics is not just about equations; it's about understanding the world around us. Visual aids can help bridge the gap between the theoretical and the observable, enhancing your understanding and appreciation of the subject. Here's how to study for physics exams using visual aids:

• Watch videos: Many educational platforms offer numerous physics demonstration videos. They illustrate physics concepts in a simplified and engaging manner.
• Use models: While physical models are excellent, 3D models can also help you visualize structural details, especially in topics like atomic physics or quantum mechanics.
• Infographics: These simplify information in a visually engaging way. They can be useful for understanding the relationships and hierarchies between different physics concepts.

Don't hesitate to ask questions, be it to your physics teachers or classmates or through online resources. If you have doubts about the correct answers, don't hesitate to consult with your instructor or peers for feedback. Having someone validate your answers is a great way to ensure you've arrived at the correct solution. Don't be afraid to make mistakes either. Sometimes, arriving at an incorrect answer is more valuable than getting the correct answer right away.

### 6. Make Time to Practice and Develop Your Math Skills

Think of math as the language of physics. Many concepts you'll encounter in your physics class will require a strong grasp of math principles. Setting aside time to practice and develop your math skills is crucial for getting better at physics.

From algebra to calculus, these mathematical tools allow us to express physics concepts quantitatively and solve problems systematically. The more fluent you are in this language, the better you'll be at interpreting and solving physics problems.

### 7. Familiarize Yourself and Review Common Mistakes

Familiarizing yourself with common errors made by students in physics is another proactive approach to mastering the subject. Common mistakes include misreading questions, neglecting units, incorrect vector handling, or simple mathematical errors. It's also important to reflect on your work, identify patterns of errors, and strategize ways to prevent them.

### 8. Use Physics Practice Tests to Prepare for an Actual Exam

Practicing physics problems is essential for mastering the material. You can practice with past physics exam papers or use online resources to get access to a wide range of questions in different areas of physics. As you work through the problems, take your time to review the solutions and understand why the correct answer is what it is. This will help to solidify your understanding of the concepts and strengthen your ability to apply them.

## How a Tutor Can Help You Succeed With Basic or Complex Physics Topics

Learning physics can appear challenging, but with the right approaches, resources, and support, it becomes a fascinating journey of understanding the universe. While there are numerous strategies you can use to master physics, the most crucial step is having the right guidance.

At Alexander Math and Physics Tutoring, we offer dedicated online tutoring services that provide much-needed help with physics. Our experienced tutors provide one-on-one attention, enabling personalized guidance that fits your busy schedule. Whether you're wondering how to get better at physics or how to learn physics, we're here to make your physics learning journey enjoyable and successful. Contact us today to get started!

## Author

• COMMAND PILOT, OWNER Sean has been a professional educator for 15 years and has taught math, physics, and astronomy at all levels.  His experience ranges from working at a high school for severe learning differences to teaching advanced physics at Stanford.  After completing his graduate work in theoretical physics Sean founded Alexander Tutoring, with the mission of revealing the deep connections between math and nature to as many students as possible.