If `f(X)` is a polynomial satisfying `f(x)f(1/x)=f(x)+f(1/x)` and `f(2)gt1`, then `lim_(x rarr 1)f(x)` is

If f(x) is a polynomial satisfying f(x)f((1)/(x))=f(x)+f((1)/(x)) and f(3)=28 then f(4)=

If f(x) is a polynomial satisfying f(x)f(1//x)=f(x) +f(1//x) and f(3)=28, then f(4) is equal to

If f(x) is a polynomial satisfying f(x)f(1//x)=f(x)+f(1//x) and f(3)=28 , then f(4) is equal to

If f(x) is a continuous function satisfying f(x)f(1/x) =f(x)+f(1/x) and f(1) gt 0 then lim_(x to 1) f(x) is equal to

If f(x) is a ploynomial function satisfying f(x) . f(1/x) = f(x) + f(1/x) and f(3)=28, then f(2) is

If f (x) is a polynomial function satisfying f(x).f((1)/(x))=f(x)+f((1)/(x)) and f(4) =257 then f(3) =

If f'(x)=f(x) and f(0)=1 then lim_(x rarr0)(f(x)-1)/(x)=

If f(x) is a polynomial in x(>0) satisfying the equation f(x)+f(1/x)-f(x)f(1/x) and f(2)=-7 , then f(3)=

If f(x) is a polynomial in x satisfying the equation f(x)+f((1)/(x))=f(x)f((1)/(x)) and f(2)=-7 then f(3)=