Let `f(x)=(log)_2(log)_3(log)_4(log)_5(s in x+a^2)dot` Find the set of values of `a` for which the domain of `f(x)i sRdot`

Let f(x)=(log)_2(log)_3(log)_4(log)_5(sin x+a^2)dot Find the set of values of a for which the domain of f(x)i sRdot

Let f(x)=(log)_2(log)_3(log)_4(log)_5(sin x+a^2)dot Find the set of values of a for which the domain of f(x)i sRdot

Let f(x)=log_2 log_3log_4log_5(sin x+a^2) . Find the set of values of a for which the domain of f(x)i sRdot

Let f(x)=log_(2)log_(3)log_(4)log_(5)(sin x+a^(2)) Find the set of values of a for which the domain of f(x) is R.

Let f(x)=log_(2)log_(3)log_(4)log_(5)(sin x+a(2)) . Find the set of values of n for which the domain of f(x) is R.

Find the domain of f(x)=log(x-|x|) .

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:

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:

Find domain of f(x) = log_5(log_4(log_3(log_2 x)))