YouTube Playlists for Solving Math and Physics Exercises?

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SUMMARY

This discussion focuses on the availability of YouTube playlists specifically designed for solving undergraduate math and physics exercises. Key resources mentioned include Khan Academy, which offers a comprehensive collection of educational videos, and the Feynman Lectures on Physics, which serve as an excellent supplementary resource. Additionally, the importance of actively solving problems rather than passively watching videos is emphasized, with references to playlists that cover systems modeled by Ordinary Differential Equations (ODEs) and Partial Differential Equations (PDEs), utilizing MATLAB for computational solutions.

PREREQUISITES
  • Understanding of Ordinary Differential Equations (ODEs)
  • Familiarity with Partial Differential Equations (PDEs)
  • Basic knowledge of MATLAB programming
  • Awareness of online educational platforms like Khan Academy
NEXT STEPS
  • Explore Khan Academy's math and physics playlists for foundational concepts
  • Investigate the Feynman Lectures on Physics for advanced theoretical insights
  • Learn MATLAB for implementing numerical methods in solving ODEs and PDEs
  • Research effective problem-solving techniques in mathematics and physics
USEFUL FOR

Students in undergraduate math and physics programs, educators seeking supplementary resources, and anyone interested in enhancing their problem-solving skills in these subjects.

hagopbul
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Hello :

i was looking into youtube the other day and watching some lectures , but start to wonder if there is a playlist for exercise solving on youtube for example for undergraduate math and physics ? do anyone knows of such channels or playlists ?

Best Regards
Hagop
 
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hagopbul said:
playlist for exercise solving
You will learn much less by watching videos of people solving problems than you will solving problems.
 
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I have a couple of playlists .. one for systems modeled by ODEs ...


and one for systems modeled by PDEs -


All the vids follow the same sequence - state the governing laws of physics for the system, model the system with DEs, translate the model to computational statements using Euler's method for ODEs and the FDM for PDEs, translate the computational equations to MATLAB statements (1 to 1), and run the program.
 
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