Evaluate`intsin^(-1)xdx`

Evaluate: intsin^(-1)2xdx

We can sometimes use trigonometric identities to transform integrals. The integral formulas for sin^(2)x and cos^(2)x arise frequently in applications. Evaluate: intsin^(2)xdx

Evaluate: intsin^(-1)x\ dx

Evaluate: intsin^(-1)sqrt(x)\ dx

Evaluate: intsin^(-1)sqrt(x/(a+x))dxdot

Evaluate: intsin^-1x/x^2dx

Evaluate: int(tan^(-1)xdx)/((1+x^2)^(1/2)

Evaluate: intsin^(-1)((2x+2)/(sqrt(4x^2+8x+13)))dx

Evaluate: intsin^(-1)((2x+2)/(sqrt(4x^2+8x+13)))dx

Evaluate: intsin^(-1)((2x+2)/(sqrt(4x^2+8x+13)))dx