Studying Difficulty of other topics in physics

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Rotational and gyroscopic motion in Classical Mechanics is often perceived as more challenging than topics in Electromagnetism (E&M), with many students spending considerable time grappling with these concepts. The complexity arises from the vast array of problem types related to rotation, making it a unique challenge compared to other physics areas. Despite initial difficulties, mastery of these concepts can enhance problem-solving skills applicable to advanced topics like quantum mechanics, relativity, and statistical mechanics. Engaging with these challenging problems fosters a deeper understanding, suggesting that while future topics may also present difficulties, the skills developed in tackling rotational motion will aid in overcoming them.
FallenApple
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I noticed that rotational/gyroscopic motion in Classical Mechanics is by far more difficult than anything I've seen in E&M. I mean I remember way back in undergrad, I spent more time on it than almost the whole course of E&M combined. Perhaps it's due to the fact that there are an infinite variety of brain teasers that can be asked about rotation. Not so with other things I've seen.

But I still managed. And I'm getting more of a hang of it now.

I wasn't a physics major so I wonder how other parts of physics stack up to it. Is there anything really mind boggling in quantum or relativity(at least problem solving wise)? What about thermo or statisitical mechanics?

I just want to know if its an uphill battle from here.
 
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FallenApple said:
I wasn't a physics major so I wonder how other parts of physics stack up to it. Is there anything really mind boggling in quantum or relativity(at least problem solving wise)? What about thermo or statisitical mechanics?

Yes.

However, you're not only learning about gyroscopic motion, but you're also discovering how to tackle difficult problems that have non-intuitive solutions. Because of that, you'll be more likely to succeed in quantum, relativity, and stat mech.
 
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