Good Physicist and Mathematical Problem Solving.

[Peon666]

I have this problem that if I'm not able to solve each and every, or almost all, of the problems at the back of each chapter, I get extremely frustrated and start thinking that I can't really make a good physicist since a good physicist should be able to solve any kind of problem related to physics.

Is it OK if I can't solve some of them? Or do I have to practice constantly until and unless I develop the ability to solve all of em? BTW, I'm an undergraduate Electrical Engineering student, though I intened to do my masters in theoretical Physics.

 

[Howers]

No, you don't need to be able to do each and every one. Still, I don't want to disuade you not to try hard on the difficult problems because this is what really gets your brain working. I'd say be able to do about 90% of them, and get help for the ones that troubled you. It seems problem solving is a skill that sort of grows on you. By the end of the year, you more than likely will be able to solve all of them and wonder what held you back at the beggining. What holds one back is that they are being exposed to the material for the first time and still don't see all the connections. This comes with practice. Also, some problems are just worded poorly and/or are too imaginative. Don't waste insane amounts of time on a compulsion to do them all when that time can be devoted to honing other skills in other subjects. Then, if free time permits, obsess all you want.

 

[Mene]

First of all, it is completely normal to struggle with some problems in physics. It is a complex and challenging field, and even the most experienced physicists encounter difficulties in problem solving. It is important to remember that problem solving is a skill that can be developed over time with practice and patience.

As an undergraduate student, it is not expected for you to be able to solve every problem in your textbooks. It is important to focus on understanding the concepts and principles behind the problems, rather than just memorizing solutions. This will help you approach new and more challenging problems in the future.

Furthermore, it is not necessary to constantly practice until you can solve every problem. It is important to find a balance between practicing and taking breaks to prevent burnout. It is also helpful to seek guidance from your professors or peers when you encounter difficulties. Collaboration and discussion can often lead to a better understanding of the material and problem solving techniques.

Lastly, it is great that you have a goal to pursue a masters in theoretical physics. However, it is important to keep in mind that theoretical physics requires a deep understanding of mathematical concepts and problem solving techniques. It is important to continuously work on improving your mathematical skills and seeking out additional resources and practice problems to strengthen your abilities.

In summary, it is normal to struggle with some problems in physics and it is not necessary to solve every problem to be a good physicist. Focus on understanding the concepts and principles, find a balance between practice and breaks, and continuously work on improving your skills. With perseverance and dedication, you will become a strong problem solver and a successful physicist.