x^(sin x)+(tan x)^(x)

Differentiate (tan x)^(sin x)+(sin x)^(tan x) with respect to X.

Find the derivative w.r.t. x: (sin x)^(tan x)+(cos x)^(sec x)

Let y=e^(x sin x^(3))+(tan x)^(x)*Fin dquad (dy)/(dx)

Find (dy)/(dx) , when y=e^(x sin x^(3))+(tan x)^(x)

(2 sin x)/( sin 3x)+ (tan x)/(tan 3x)=

The value of lim_(x->0) [x^2/(sin x tan x)] (Wherer [*] denotes greatest integer function) is

If y=(sin x)^(tan x), then (dy)/(dx)= (a) (sin x)^(tan x)(1+sec^(2)x log sin x)(b)tan x(sin x)^(tan x-1)cos x(c)(sin x)^(tan x)(d)sec^(2)x log sin x tan x(sin x)^(tan x-1)

Differentiate the following w.r.t. x. (sin x)^(tan x) + (cos x)^(sec x)

If y =e ^(x sin (x ^(3)))+(tan x)^(x) then (dy)/(dx) may be equal to: