Let x and a stand for distance. Is `int(dx)/(sqrta^2- x^2) (1)/(a) sin^(-1) (a)/(x)` dimensionally correct?

Let x and a stand for distance . Is int (dx)/(sqrt (a^(2) - x^(2))) = (1)/(a) sin^(-1) (a/(x)) dimensionally correct ?

Let x and a stand for distance . Is int (dx)/(sqrt (a^(2) - x^(2))) = (1)/(a) sin^(-1) (a/(x)) dimensionally current ?

Let x and a stand of distance is int(dx)/(sqrt(a^2-x^2)) = (1)/(alpha)sin ^(-1) (alpha)/(x) dimensionally correcy ?

Let x and a stand of distance is int(dx)/(sqrt(a^2-x^2)) = (1)/(alpha)sin ^(-1) (alpha)/(x) dimensionally correcy ?

Let x and a stand of distance is int(dx)/(sqrt(a^2-x^2)) = (1)/(alpha)sin ^(-1) (alpha)/(x) dimensionally correcy ?

Let x and a stand for distance. Is int frac(dx)(sqrt(a^2- x^2)) = frac(1)(A) sin^-1 frac(a)(x) dimensionally correct.

int(dx)/(sqrt(1-x^(2))(sin^(-1)x)^(2))

int(1)/((sqrt(1-x^(2)))sin^(-1)x)dx

int (sin^-1x)/x^2 dx

If x and a stand for distance , then for what value of n is the given equation dimensionally correct? The equation is int (dx)/( sqrt ( a^(2) - x^(n))) = sin^(-1) (x)/(a)