Good Phys. Knowledge vs. Good Math Knowledge

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SUMMARY

The discussion emphasizes the interdependence of Physics and Mathematics, specifically highlighting the necessity of mastering Calculus to excel in Physics. Participants agree that a solid foundation in Calculus I, II, III, Differential Equations, and Linear Algebra is crucial for understanding Physics concepts. It is established that while proficiency in Mathematics is essential for becoming a good physicist, the reverse is not necessarily true; one can be a skilled mathematician without being adept in Physics. Overall, a strong mathematical background is deemed vital for success in Physics.

PREREQUISITES
  • Calculus I, II, III
  • Differential Equations
  • Linear Algebra
  • Basic Computer Programming
NEXT STEPS
  • Study Calculus I to build a foundation for Physics
  • Explore Differential Equations for advanced Physics applications
  • Learn Linear Algebra to understand vector spaces in Physics
  • Investigate programming languages like Python for computational Physics
USEFUL FOR

Students and self-learners in Physics and Mathematics, educators seeking to enhance curriculum, and anyone aiming to strengthen their understanding of the relationship between these two disciplines.

razored
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I will attempt to study rudimentary Physics and Calculus on my own over the summer; but my main concern is, what to focus more on, math or physics. What I am asking is, if i become study more and become "good" at Physics, would it also guarantee I would be "good" at Calculus? Or is it the other way around. I hope I'm saying this correctly... but I do know one cannot exist without the other; they are both crucial to survival of each.
 
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Well, eventhough i do not know much about physics, i could say that in order to be able to fully understand physics you defenitely need to work through calculus 1,2,3, Differential Equations, and probbably also Linear Algebra. But defenitely Calculus I is the key to understanding physics, it is only my opinion thoug. To be a good physicist one needs to be a good mathematician first! While the vice-versa is not nessesary! you can be a great mathematician but a horrible physicist!
 
If you don't know your calculus forward and backward, you won't do well in physics. DiffEq, Linear Algebra, and maybe some computer programming would also serve well.
 

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