Iam not sure if iam on the right forum
prove that gamma n = integral ( limit 0-1 ) x^m log(1/x)^n dx
Please i dont know much and help me
What definition do you have? $\displaystyle \Gamma(x):=\displaystyle{\int\limits_0^\infty t^{x-1}e^{-t}dt}$ . Now try the substitution $\displaystyle \displaystyle{\frac{1}{u}=e^t}$ , but
anyway we don't get what you wrote. Please check this and write clearly your formulas.
Tonio