Identity involving an improper integral (with geometric application) – mathoverflow.net

Identity involving an improper integral (with geometric application) – mathoverflow.net

16:10 No Comments
Is it (for some reason) true that $\lim_{c\to 0^+}\int_c^{\pi/2}\frac{c}{t}\sqrt\frac{1+t^2}{t^2-c^2}dt=\frac{\pi}{2}$? Numerical evidence (from Mathematica): when $c=1/5$, the integral is $\...

from Hot Questions - Stack Exchange OnStackOverflow
via Blogspot

Share this

Unknown

Artikel Terkait

0 Comment to "Identity involving an improper integral (with geometric application) – mathoverflow.net"

Post a Comment

Subscribe to: Post Comments (Atom)