How to Integrate a Natural Log Function in Electromagnetic Problems?

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SUMMARY

This discussion focuses on integrating a natural logarithm function within the context of electromagnetic problems, specifically the integral of ln[(y+w)² + d²] with respect to y, where w and d are constants. The user, Alan, successfully utilized Wolfram Alpha to solve the integral, demonstrating the effectiveness of computational tools in solving complex mathematical problems. The integration process revealed insights into series representation, enhancing Alan's understanding of the topic.

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  • Understanding of integral calculus
  • Familiarity with natural logarithm functions
  • Basic knowledge of electromagnetic theory
  • Experience with computational tools like Wolfram Alpha
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  • Study advanced techniques in integral calculus
  • Explore series representation in mathematical functions
  • Learn about the application of logarithmic functions in physics
  • Investigate other computational tools for solving integrals, such as MATLAB or Mathematica
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Mathematicians, physicists, engineering students, and anyone involved in solving electromagnetic problems or integrating complex functions.

yungman
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Please show me how to integrate a natural log function. Both w and d are constant. This is not a homework. This is part of the electromagnetic problem I am working on. I suspect it is a series representation but I cannot found a solution.

Thanks

[tex]\int[/tex] ln[(y+w)[tex]^{2}[/tex]+d[tex]^{2}[/tex]] dy
 
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http://www.wolframalpha.com/input/?i=integral+of+natural+log+of%28%28y%2Bw%29^2+%2B+d^2%29+dy
 
Feldoh said:
http://www.wolframalpha.com/input/?i=integral+of+natural+log+of%28%28y%2Bw%29^2+%2B+d^2%29+dy

Thank you so much for the help. Not only I solved my problem, I learn something new using Wolframalpha.com!

Sincerely
Alan
 

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