I need to proof Pfaff's law:

http://img856.imageshack.us/img856/9...decogseqnh.gif

It's supposed to be proven 'by comparing the coefficients of on both sides of the equation'.

- May 22nd 2011, 10:32 AMKrakowieProof of Pfaff's reflection law... There is a clue but I still don't know how to.
I need to proof Pfaff's law:

http://img856.imageshack.us/img856/9...decogseqnh.gif

It's supposed to be proven 'by comparing the coefficients of on both sides of the equation'. - May 22nd 2011, 01:41 PMOpalg
I don't know much about hypergeometric functions, but according to this article (pdf file), is given by the integral

where the B denotes the beta function.

If you are willing to accept that formula, then the relation follows very easily by making the substitution in the integral. - May 23rd 2011, 05:02 AMKrakowie
Thanks for your help! I'm trying to work it out right now, I hope I will understand it...