Let `f` be a real-valued invertible function such that `f((2x-3)/(x-2))=5x-2, x!=2.` Then value of `f^(-1)(13)` is________

Let F be a real valued invertible function such that f((3x-5)/(x+2))=100x+13, x!=2 .Then find the value of f^(-1)(2013)

Let f be a real-valued function such that f(x)+2f((2002)/(x))=3x. Then find f(x)

Let f be a real valued function such that f(x)+3xf(1/x)=2(x+1) for all real x > 0. The value of f(5) is

f is a function such that f(x)+2f(1-x)=x^(2)+1 . Value of f(3) is

Let f(x)=e^(x^(3)-x^(2)+x) be an invertible function such that f^(-1)=g ,then-

A differentiable function satisfies 3f^(2)(x)f'(x)=2x. Given f(2)=1 then the value of f(3) is

If two real functions f and g such that f(x)=x^(2) and g(x)=[x] , then the value of f(-2)+g(-1/2) is

If f(x) is real valued function such that (f(x-1)+f(x+1))/(2f(x))=sin60^(@),AA x in R then find the value of f(x-1)+f(x+5)

Let f be a function satisfying the functional equation f(x)+2f((2x+1)/(x-2))=3x,x!=2 then find the value of |(f(3))/(f(7))|

Let f be a real-valued function defined by f(x) = 3x^(2) + 2x + 5 Find f(1).