The function `x^x` decreases in the interval `(0,e)` (b) `(0,1)` `(0,1/e)` (d) none of these

The function x^x decreases in the interval (a) (0,e) (b) (0,1) (c) (0,1/e) (d) none of these

The function x^x decreases in the interval (a) (0,e) (b) (0,1) (c) (0,1/e) (d) none of these

The function x^(x) decreases in the interval a)(0, e) b)(0, 1) c) (0, (1)/(e)) d)None of these

The function f(x)=x^(x) decreases on the interval (a) (0,e)(b)(0,1)(c)(0,1/e)(d)(1/e,e)

The function f(x)=x^x decreases on the interval (a) (0,\ e) (b) (0,\ 1) (c) (0,\ 1//e) (d) (1//e ,\ e)

On which of the following intervals is the function x^(100)+sinx-1 decreasing? (a) (0,pi/2) (b) (0,1) (c) (pi/2,pi) (d) none of these

On which of the following intervals is the function x^(100)+sinx-1 decreasing? (a) (0,pi/2) (b) (0,1) (c) (pi/2,pi) (d) none of these

The value of the integral int_0^1e^x^2_dx lies in the interval (a) (0,1) (b) (-1,0) (c) (1, e) (d) none of these

The value of the integral int_0^1e^(x^2) dx lies in the interval (a) (0,1) (b) (-1,0) (c) (1, e) (d) none of these

If a!=0 and log_x (a^2+1)lt0 then x lies in the interval (A) (0,oo) (B) (0,1) (C) (0,a) (D) none of these