The value of the definite integral
`int_(t+2pi)^(t+5pi//2) {sin^(-1)(cosx)+cos^(-1)(cosx)}`dx is equal to

The value of the definite integral int_(2pi)^(5pi//2)(sin^(-1)(cosx)+cos^(-1)(sinx))dx is equal to

The value of the definite integral int_(2pi)^(5pi//2)(sin^(-1)(cosx)+cos^(-1)(sinx))dx is equal to

The value of the definite integral int_(0)^((pi)/(2))(sin^(-1)(cos x)+cos^(-1)(cos x))dx is equal to

Given int_(0)^(pi//2)(dx)/(1+sinx+cosx)=A . Then the value of the definite integral int_(0)^(pi//2)(sinx)/(1+sinx+cosx)dx is equal to

Given int_(0)^(pi//2)(dx)/(1+sinx+cosx)=A . Then the value of the definite integral int_(0)^(pi//2)(sinx)/(1+sinx+cosx)dx is equal to

Given int_(0)^(pi//2)(dx)/(1+sinx+cosx)=A . Then the value of the definite integral int_(0)^(pi//2)(sinx)/(1+sinx+cosx)dx is equal to

The value of int_(t+2 pi)^( t+(5 pi)/(2)){sin^(-1)(cos x)+cos^(-1)(cos x)}dx is

Evaluate the definite integral int_(pi/2)^(pi) e^x[(1-sin x)/(1-cos x)] dx

Evaluate the definite integrals . int_(-pi//2)^(pi//2) (cosx)/(1+e^(x))dx

Evaluate the definite integrals int_(pi/2)^(pi)e^(x)((1-sinx)/(1-cosx))dx