austim14 said:I'm a physics major entering soph yr. in the fall I will be taking a class, modern physics. One thing I really struggled with was problem solving. Is there any books you know where I can get additional practice in solving problems that would be offered on this course? All I can find are Newtonian based word problems
Student100 said:How did you make it through Mechanics and E&M if you can't problem solve? :P I think you might be underestimating your abilities here.
The best resource to learn problem solving is by solving problems. You could go back through your freshman physics texts and practice the problems in them, seeing as how you should have a pretty good grasp of the concepts.
That or get your modern physics text and go through it, learning concepts then practicing.
Isn’t every physics problem a word problem?
austim14 said:What I meant to say is that I need extra problems to study from, the book we used last year did not have solutions to problems, and it was a little difficult because I was never sure if they were right. My prof wasn't much help either
Modern physics is a branch of physics that studies the behavior of matter and energy on a microscopic scale, including concepts such as quantum mechanics, relativity, and nuclear physics.
1. Draw diagrams to visualize the problem and identify key variables.2. Use the appropriate equations and principles for the given problem.3. Check units and make sure they are consistent.4. Use multiple methods to solve the problem and check for accuracy.5. Practice regularly to improve problem-solving skills.
To improve your understanding of modern physics, it is important to have a strong foundation in classical physics, as well as a good grasp of mathematical concepts such as calculus and linear algebra. You can also supplement your learning by reading textbooks, attending lectures or online courses, and solving practice problems.
Some common challenges when solving modern physics problems include understanding and applying abstract concepts such as relativity and quantum mechanics, dealing with complex mathematical equations, and visualizing and interpreting phenomena at a microscopic scale.
When faced with a complex modern physics problem, it is important to break it down into smaller, more manageable parts. Draw diagrams and identify key variables, use the appropriate equations and principles, and check your work frequently. If you get stuck, take a break and come back to the problem with a fresh perspective. It can also be helpful to discuss the problem with peers or seek guidance from a teacher or tutor.