LEIBNITZ THEORAM | nth Derivative| y=e^asin^-1x

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If y= e^asin^-1x , prove that (1-x²)yn+2-(2n+1)xyn+1-(n²+a²)yn= 0. Hence find yn at x= 0 If y= e^asin^-1x , prove that (1-x²)yn+2-(2n+1)xyn+1-(n²+a²)yn= 0. Hence find yn at x= 0
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If y = e^sin-1 x, prove that (1-x^2)yn+2 - (2n+1)yn+1 - (m^2+n^2)yn=0. Hence find yn for x=0 || #24 If y = e^sin-1 x, prove that (1-x^2)yn+2 - (2n+1)yn+1 - (m^2+n^2)yn=0. Hence find yn for x=0 || #24