Which subject did you find more difficult: upper-level math or physics?

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In summary, the conversation discussed the difficulty of understanding and learning math and physics, with different opinions on which subject was more challenging. Some felt that physics was harder due to the combination of upper-level math and understanding physics concepts, while others found math to be more difficult, particularly in advanced courses. It was also mentioned that individual learning styles can play a role in which subject is perceived as harder. Overall, the conversation suggested that both math and physics have their own unique challenges and levels of difficulty.
  • #1
hatelove
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I'm sure both math and physics come from different points of views, but for those who have experienced both, which field did you feel was more harder to understand and learn?
 
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  • #2
Physics hands down--you need all that upper-level math but you also need to understand the actual physics related concepts.

IMO, of course.
 
  • #3
Math, hands down. The physics concepts and the applications of math necessary for physics were easy for me. It was when I decided I needed more pure math that I really had to work. Big Rudin cover to cover gave me many headaches. I doubt you'll get the same answer from two people, our brains all work differently.
 
  • #4
Physics is much harder for me. In math it is always precisely clear what's being assumed and what exactly you need to do to solve a problem.
 
  • #5
Physics overall.

But no class I've taken in physics compares to what I've seen from real analysis or topology. And then graduate level math just blows graduate physics away, again, from my limited exposure.
ZenOne said:
Physics hands down--you need all that upper-level math but you also need to understand the actual physics related concepts.

IMO, of course.
That's not really true at most universities. You use very little of the math one learns in a bachelors of math in physics courses.
 

FAQ: Which subject did you find more difficult: upper-level math or physics?

Which subject, upper-level math or physics, is more challenging?

It depends on the individual's strengths and interests. Some may find math more challenging due to its abstract nature, while others may struggle with the complex concepts and calculations in physics.

Can you explain the difference between upper-level math and physics?

Upper-level math typically refers to advanced courses in subjects such as calculus, linear algebra, and differential equations. Physics, on the other hand, covers a broad range of topics including mechanics, electricity and magnetism, and thermodynamics.

Is it necessary to be good at math to understand physics?

Having a strong foundation in math is essential for understanding physics concepts, as many of the principles and equations used in physics are based on mathematical principles. However, there are also conceptual aspects of physics that do not require advanced math skills.

Which subject, upper-level math or physics, is more applicable in real life?

Both upper-level math and physics have real-life applications. Math is used in fields such as engineering, economics, and computer science, while physics is essential for understanding the natural world and developing technologies such as electricity and mechanics.

Are there any tips for succeeding in upper-level math or physics courses?

Some tips for success in these subjects include practicing regularly, seeking help from professors or tutors when needed, and building a strong foundation in basic concepts. It is also important to approach these subjects with a curious and open mindset.

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