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

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

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

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

the set of real values of x for which f(x ) = (x ) /( log x) is increasing is :

Let f(x)=sqrt(ax^(2)+bx). Find the set of real values of 'a' for which there is at least one positive real value of 'b for which the domain of f and the range of f are the same set.

The true set of real values of x for which the function f(x)=x ln x-x+1 is positive is

Let f (x) = 10 - |x-5| , x in R, then the set of all values of x at which f (f(x)) is not differentiable is

Let f (x) = 10 - |x-5| , x in R, then the set of all values of x at which f (f(x)) is not differentiable is

Let f(x)=sqrt(x^(2)-4x) and g(x) = 3x . The sum of all values for which f(x) = g(x) is