[f(x)=x^(2)+xg'(1)+g''(2)" and "g(x)=f(1)x^(2)+xf'(x)+f'(x)],[" The value of "g(0)" is "]

f(x)=x^(2)+xg'(1)+g''(2)and g(x)=f(1)x^(2)+xf'(x)+f'(x). The value of f(3) is

f(x)=x^(2)+xg'(1)+g''(2)and g(x)=f(1)x^(2)+xf'(x)+f'(x). The value of f(3) is

f(x)=x^(2)+xg'(1)+g''(2)and g(x)=f(1)x^(2)+xf'(x)+f'(x). The value of f(3) is

f(x)=x^(2)+xg'(1)+g''(2)and g(x)=f(1)x^(2)+xf'(x)+f''(x). The value of f(3) is

Let f(x)=x^(2)+xg'(1)+g''(2) and g(x)=f(1).x^(2)+xf'(x)+f''(x) then

f(x) = x^(2)+xg'(1) +g''(2) and g(x) =f(1)x^2+xf'(x)+f''(x) The value of f(3) is

Let f (x) and g (x) be two differentiable functions, defined as: f (x)=x ^(2) +xg'(1)+g'' (2) and g (x)= f (1) x^(2) +x f' (x)+ f''(x). The value of f (1) +g (-1) is:

Let f (x) and g (x) be two differentiable functions, defined as: f (x)=x ^(2) +xg'(1)+g'' (2) and g (x)= f (1) x^(2) +x f' (x)+ f''(x). The value of f (1) +g (-1) is:

f(x)=x^2+xg'(1)+g''(2) and g(x)=x^2f(1)+xf'(x)+f''(x) . the value of g(0) is-

f(x)=x^2+xg'(1)+g''(2) and g(x)=x^2f(1)+xf'(x)+f''(x) . the value of f(1) is-