ZiHao said:I am a year 9 student now and I really want to understand physics very well, what can I do? I don't want to spend time playing and walking around with my friends at school. Being the top student in my advanced science class is my target. Thanks!
With all due respect, The Feynman Lectures are the wrong thing for a HS freshman to read. They are way too advamced.Arman777 said:You can try The Feynman Lectures,
Scrumhalf said:With all due respect, The Feynman Lectures are the wrong thing for a HS freshman to read. They are way too advamced.
The best way to improve your understanding of physics concepts is to actively engage with the material. This can include taking detailed notes, asking questions in class, and participating in hands-on experiments or activities. You can also supplement your learning by watching educational videos or seeking out additional resources online.
Yes, there are several study strategies that can be helpful for improving in physics. These include breaking down complex concepts into smaller, more manageable parts, practicing problems regularly, and seeking help from teachers or tutors when needed. It can also be helpful to study with a group or to teach the material to someone else, as this can solidify your understanding.
One common mistake students make in physics is not fully understanding the underlying concepts and instead relying on memorization. To avoid this, make sure to actively engage with the material and seek clarification when needed. Another mistake is not showing all of your work when solving problems. It's important to show your thought process and calculations so that you can identify any errors and receive partial credit even if your final answer is incorrect.
Improving your problem-solving skills in physics requires practice and perseverance. It's important to break down problems into smaller steps and to use logical reasoning to determine the best approach. You can also improve by reviewing past mistakes and seeking out challenging problems to solve. Additionally, make sure to familiarize yourself with common formulas and equations so that you can apply them quickly and accurately.
Physics is all around us in our everyday lives. Some common real-world applications include understanding the principles behind electricity and electronics, the mechanics of how cars and other vehicles work, and the laws of motion and gravity that govern the movement of objects. You can also look for examples of physics in nature, such as the motion of planets or the behavior of light, to help solidify your understanding of the concepts.