Task 7.9: Prove that int_0^(2 pi ) (cosx)/(a+cosx)dx=2 pi (1-(a)/( sqrt(a^(2)-1))), for a1. All statements must be verified by means of complex analysis. The question is from "Com- plex Analysis" by Christian Berg 2012 version, so I can only use the theory from the first 7 chapters. solutionspile.com

Question

Task 7.9: Prove that  int_0^(2 pi ) (cosx)/(a+cosx)dx=2 pi (1-(a)/( sqrt(a^(2)-1))), for a>1. All statements must be verified by means of complex analysis. The question is from &#34;Com- plex Analysis&#34; by Christian Berg 2012 version, so I can only use the theory from the first 7 chapters.  solutionspile.com

Accepted Answer

Expert Answer to - Task 7.9: Prove that  int_0^(2 pi ) (cosx)/(a+cosx)dx=2 pi (1-(a)/( sqrt(a^(2)-1))), for a>1. All

Answer

Solution for - Task 7.9: Prove that  int_0^(2 pi ) (cosx)/(a+cosx)dx=2 pi (1-(a)/( sqrt(a^(2)-1))), for a>1. All

Answer

This an additional answer to - Task 7.9: Prove that  int_0^(2 pi ) (cosx)/(a+cosx)dx=2 pi (1-(a)/( sqrt(a^(2)-1))), for a>1. All

(Solved): Task 7.9: Prove that \int_0^(2\pi ) (cosx)/(a+cosx)dx=2\pi (1-(a)/(\sqrt(a^(2)-1))), for a>1. All ...

View Expert Answer

Expert Answer

Buy This Answer $5

Place Order

We Provide Services Across The Globe