The exhaustive set of values of x for which f(x)=`ln(x^(2)-2x-3)` is decreasing is

f(x)=log(1-x^(2)) is decreasing in

The complete set of values of x for which f(x)=(ln x)/(x) increasing in interval

Complete set of real values of x for which log_((2x-3))(x^(2)-5x-6) is defined is :

Write the set of values of 'a' for which f(x)=(log)_(a)x is decreasing in its domain.

The largest set of real values of x for which ln(1+x)<=x is

Let f(x)=((a^(2)-4)/(a^(2)+2))x^(3)-3x+sin3, then the true set of values of a for which f(x) is strictly decreasing on R is

The set of value(s) of k for which f(x)=sin x-cos x-kx is decreasing for all values of x ,is

Let f(x)=sqrt(log_(10)x^(2)) then the set of all values of x for which f(x) is real is

Let f(x) be a function such that f '(x)= log _(1//3) (log _(3) (sin x+ a)). The complete set of values of 'a' for which f (x) is strictly decreasing for all real values of x is:

The exhaustive set of values of x for which log_((x-2))[x+1]>2, where [.] denotes the greatest integer function,are (3,2+sqrt(5))