`e ^(a sin -1 x)`

If y= e^(m sin ^(-1) x) and (1-x^(2))((dy)/(dx))^(2)= Ay^(2). then A =

Differentiate the w.r.t.x: e ^(sin ^(-1) x)

If y = e^(m sin^(-1) x) and (1-x^(2)) ((dy)/(dx))^(2) = Ay^(2) , then A is equal to

If y=e^(2 sin ^(-1)x) then |((x ^(2) -1) y ^('') +xy')/(y)| is equal to

If y= e^(m sin ^(-1)x) and (1-x^(2))((dy)/(dx))^(2)= Ay^(2). then A =

If y=e^(2 sin ^(-1)x) then |((x ^(2) -1) y ^('') +xy')/(y)| is equal to

Evaluate : int_(0)^(1/2) (e^( sin^(-1 ) x ) / ( sqrt( 1 - x^2 ) )) dx

If f(x) = frac{sin^(-1)x}{sqrt (1-x^2)} , g(x)=e^(sin^(-1)x) , then int f(x)g(x) dx =........................ A) e^(sin^(-1)x) (sin^(-1)x-1) + c B) e^( sin^(-1)x) (1- sin^(-1)x) + c C) e^(sin^(-1)x) (sin^(-1)x+1) + c D) -e^(sin^(-1)x) (sin^(-1)x-1) + c

int e ^ (x) (1-sin x) / (1-cos x) dx