Differentiate `tan^(-1)(tanx),\ \ x in [0,\ pi]-{pi/2}`

Differentiate tan^(-1) e^(2x)

Differentiate tan^(-1)(tan x),x in[0,pi]-{(pi)/(2)}

Differentiate : tan^(-1)(secx+tanx)

Differentiate e^(tan^(-1) x^2)

Differentiate tan^(-1)(secx+tanx), -pi/2 lt x lt pi/2 with respect to 'x'.

Differentiate tan^-1((2x)/(1-x^2)) .

Differentiate the following function with respect to x : sin^(-1)(sinx),x in [0,2pi] cos^(-1)(cosx),x in [0,2pi] tan^(-1)(tanx),x in [0,pi]-{pi/2}

Differentiate tan^(-1)(secx+tanx) , -pi/2

Differentiate tan^(-1)(sec x+tan x),^(*)-pi/2

Differentiate tan^(-1)(secx+tanx),(-pi)/(2) lt x lt (pi)/(2)