Let `f: (0, oo) -> R and F(x^3) =int_0^(x^2) f(t) dt` ,If `F(x^3) = x^3 (x^2+x+1)`, then `f(27) =`

Let f: (0,oo)->R and F(x^3)=int_0^ (x^3)f(t)dt, if F(x^3)=x^3(x^2+x+1) .Then f(27)=

Let f: (0,oo)->R and F(x^3)=int_0^ 3f(t)dt, if F(x^3)=x^3(x^2+x+1) .Then f(27)=

Let f : (0, oo ) to R and F(x) = int_0^x f(t) dt . If F(x^2) = x^2(1 + x) , then f(4) equals :

Let f : (0,oo) to R and F(x)=int_(0)^(x)t f(t)dt . If F(x^(2))=x^(4)+x^(5) , then

Let f : (0,oo) to R and F(x)=int_(0)^(x)t f(t)dt . If F(x^(2))=x^(4)+x^(5) , then

Let f:(0, oo) in R and F(x) = int_(0)^(x) f(t) dt . If F(x^(2))=x^(2)(1+x) then f (4) equals

Let f:(0, oo) rarr R and F(x^(2))=int_(0)^(x^(2))f(t)dt. " If "F(x^(2))=x^(2)(1+x) , then f(4) is equal to ________________

Let f:(0,oo)to R and F(x)=int_(0)^(x) f(t)dt. " If " F(x^(2))=x^(2)(1+x) , then f(4) equals