Other Enhance Your Problem Solving Skills in Maths and Physics with These Resources

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A high school student transitioning to a challenging physics and math program seeks resources to enhance problem-solving skills in mathematics and physics, emphasizing the need for creative approaches rather than rote techniques. Recommendations include the Schaum's Outline series for structured problem-solving practice, as well as books that focus on mathematical reasoning and problem dissection, such as G. Polya's "How to Solve It," Schoenfeld's "Mathematical Problem Solving," and "Street Fighting Mathematics" by Mahajan. These resources aim to develop a deeper understanding of problem-solving techniques and strategies, which are crucial for success in higher education. The discussion also touches on the importance of mastering both computational skills and the ability to prove concepts, suggesting that a solid foundation in pure math may complement physics problem-solving.
Arcthor
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I am leaving high school (or Sweden's equivalent) and I will be entering a hard physics / math program at university this fall.

I feel like I understand all the concepts in maths and physics, but I would like some practice on pure problem solving since that is really what I am interested in, instead of just brainless solving of differential equations without getting an explanation of why the method works.

Are there any books or websites that offer hard problems that requires creativity to solve with the knowledge of a high-school education aimed at natural science and maths?

In essence, I want to improve my problem solving abilities related to maths and physics.
 
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At this level there are loads.

Schaum's outline series is exactly that. Plus it's relatively cheap. Also, if you go to your Amazon website and type in "physics problem solver" you will likely get a large selection of possible books. Then go to your favorite place to buy books and load up.
 
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DEvens said:
At this level there are loads.

Schaum's outline series is exactly that. Plus it's relatively cheap. Also, if you go to your Amazon website and type in "physics problem solver" you will likely get a large selection of possible books. Then go to your favorite place to buy books and load up.

Thank you! I think I'll order:

https://www.amazon.com/dp/0071763465/?tag=pfamazon01-20

https://www.amazon.com/dp/0071754873/?tag=pfamazon01-20

Although, do you think it is necessary to practice problem solving based on pure math, or will problem solving based on physics involve all the necessary math?
 
Arcthor said:
I am leaving high school (or Sweden's equivalent) and I will be entering a hard physics / math program at university this fall.

I feel like I understand all the concepts in maths and physics, but I would like some practice on pure problem solving since that is really what I am interested in, instead of just brainless solving of differential equations without getting an explanation of why the method works.

Are there any books or websites that offer hard problems that requires creativity to solve with the knowledge of a high-school education aimed at natural science and maths?

In essence, I want to improve my problem solving abilities related to maths and physics.

What do you mean "problem solving"?

Do you mean solving problems related to content, ie, the techniques you'll need in a physics or calculus class? In that case, I would recommend Schaum's Outlines (as has already been said), and maybe something from the "Demystified" series if you want a very gentle introduction.

If you mean solving math problems as a skill in itself rather than techniques (or problems where the emphasis is on solving puzzle-like problems rather than mastering certain skills, such as in math competitions) then my recommendations are G Polya's "How to Solve It" (a classic, should be easily found in any university library), Schoenfeld's "Mathematical Problem Solving", "A Primer for Mathematics Competitions" by Zawaira and Hitchcock, Street Fighting Mathematics by Mahajan (Also recommend the open MIT course by the same title), and The Mathematical Olympiad Handbook by Gardner. Their purpose isn't to teach you specific mathematical techniques but rather how to dissect and approach mathematical problems, "metamathematics" as Schoenfeld put it in one of his books (with obvious extension to physical science and engineering). Those books have greatly broadened my own outlook and I have done much better in my classes for having read them. Most of those assume a mastery of only basic (High school or college freshman) math.
 
Learning discrete math could help problem solving.. All the problems look like puzzles to my eyes. There are also olympiad and the cc american contest problems online, if you want to get nice and dirtu.
 
Do you know how to prove what you know so far? Or have you just mastered the computational aspect?
 
i am self learning physics. have you ever worked your way backwards again after finishing most undergrad courses? i have textbooks for junior/senior physics courses in classical mechanics, electrodynamics, thermal physics, quantum mechanics, and mathematical methods for self learning. i have the Halliday Resnick sophomore book. working backwards, i checked out Conceptual Physics 11th edition by Hewitt and found this book very helpful. What i liked most was how stimulating the pictures...

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