A value of x satisfying
`tan(sec^(-1)x)=sin(cos^(-1).(1)/sqrt5)` is

Value of x satisfying tan(sec^(- 1)x)=sin(cos^(- 1)(1/(sqrt(5))))

tan(sec^(-1) (1/x))=sin(cos^(-1) (1/sqrt(5)))

The value(s) of x satisfying tan^(-1)(x+3)-tan^(-1)(x-3)=sin^(-1)(3/5) may be

The set of value of x, satisfying the equation tan^(2)(sin^(-1)x) gt 1 is :

The number of integral values of x satisfying the equation tan^(-1) (3x) + tan^(-1) (5x) = tan^(-1) (7x) + tan^(-1) (2x) is ____

Find the value of x which satisfy equation 2 tan^(-1) 2x = sin^(-1).(4x)/(1 + 4x^(2))

Value of tan^(- 1){sin(cos^(- 1)sqrt(2/3))} is

The set of values of x, satisfying the equation tan^2(sin^-1x) > 1 is -

The value of x satisfying the equation cos^(-1)3x+sin^(-1)2x=pi is

If the value of x satisfying the equation sin^(-1)sqrt(1-x^2)=tan^(-1)sqrt(2/x-1) is a/b (where a&b are coprime), then the value of a^2+b^2 is a. 7 b. 5 c. 3 d. 1