`int(sqrt(Tan x)+sqrt(Cot x))dx=sqrt(2)sin^(-1)f(x)` then range of `f(x)` is

int(sqrt(Tan x)+sqrt(cot x))dx=sqrt(K)sin^(-1)(sin x-cos x)+c where k is equal to

If f(x)=sin^(-1)sqrt(x-4), the range of x is

Evaluate: int(sqrt(tan x)+sqrt(cot x))dx

Evaluate: int(sqrt(tan x)+sqrt(cot x))dx

Consider a real - valued function f(x) = sqrt(sin^(-1) x + 2) + sqrt(1 - sin^(-1)x) The range of f (x) is

int(sqrt(cot x)-sqrt(tan x))/(1+3sin2x)*dx

int_(0)^(pi//2)(1)/(sqrt(tan x)-sqrt(cot x))dx=

int_0^(pi//2) x(sqrt(tan x)+sqrt(cot x))dx equals

int(sqrt(cot x))/(sin x cos x)dx

f(x)=sqrt(1-sin^(2)x)+sqrt(1+tan^(2)x) then