`int(dx)/(sqrt(e^(2x)-1))=`

int(dx)/(sqrt(2e^(x)-1))=

int(dx)/(sqrt(2e^(x)-1))=

int(dx)/(sqrt(e^(x)-1))

Evaluate: int(dx)/(sqrt(2e^(x)-1))=

Evaluate: int(dx)/(sqrt(2e^(x)-1))=

int (dx)/(sqrt(2e^(x)-1))=2 sec^(-1)(sqrt(2)e^((x)/(2)))+c

If int(dx)/(sqrt(e^(x)-1))=2tan^(-1)(f(x))+C , (where x gt0 and C is the constant of integration ) then the range of f(x) is

If int(dx)/(sqrt(e^(x)-1))=2tan^(-1)(f(x))+C , (where x gt0 and C is the constant of integration ) then the range of f(x) is

int (dx)/(sqrt(e^(x)-1) ) =

int(dx)/(sqrt(1-e^(2x)))=?