Suppose that `f(x)` isa quadratic expresson positive for all real `xdot` If `g(x)=f(x)+f^(prime)(x)+f^(x),` then for any real `x(w h e r ef^(prime)(x)a n df^(x)` represent 1st and 2nd derivative, respectively). `g(x)<0` b. `g(x)>0` c. `g(x)=0` d. `g(x)geq0`

Suppose that f(x) isa quadratic expresson positive for all real xdot If g(x)=f(x)+f^(prime)(x)+f''(x), then for any real x(w h e r ef^(prime)(x)a n df^(x) represent 1st and 2nd derivative, respectively). a. g(x) 0 c. g(x)=0 d. g(x)geq0

Suppose that f(x) isa quadratic expresson positive for all real xdot If g(x)=f(x)+f^(prime)(x)+f^(prime prime)(x), then for any real x

Suppose that f(x) isa quadratic expresson positive for all real xdot If g(x)=f(x)+f^(prime)(x)+f^(prime prime)(x), then for any real x

Suppose that f(x) is a quadratic expresson positive for all real xdot If g(x)=f(x)+f'(x)+f''(x), then for any real x(w h e r ef'(x)a n df''(x) represent 1st and 2nd derivative, respectively). a. g(x) 0 c. g(x)=0 d. g(x)geq0

Suppose that f(x) is a quadratic expresson positive for all real xdot If g(x)=f(x)+f'(x)+f''(x), then for any real x(w h e r ef'(x)a n df''(x) represent 1st and 2nd derivative, respectively). a. g(x) 0 c. g(x)=0 d. g(x)geq0

Suppose that f(x) is a quadratic expresson positive for all real xdot If g(x)=f(x)+f^(prime)(x)+f^(primeprime)(x), then for any real x (where f^(prime)(x) and f^(primeprime)(x) represent 1st and 2nd derivative, respectively). (a) g(x) 0 (c). g(x)=0 (d). g(x)geq0

Suppose that f(x) is a quadratic expresson positive for all real x If g(x)=f(x)+f^(prime)(x)+f^(prime prime)(x), then for any real x (where f^(prime)(x) and f^(primeprime)(x) represent 1st and 2nd derivative, respectively). (a) g(x) 0 (c). g(x)=0 (d). g(x)geq0

Suppose that f(x) isa quadratic expresson positive for all real x. If g(x)=f(x)+f'(x)+f''(x), then for any real x (where f'(x) and f''(x) represent 1 st and 2 nd derivative,respectively).g(x) 0 c.g(x)=0 d.g(x)>=0

Let f(x) be a quadratic expression possible for all real x. If g(x)=f(x)-f'(x)+f''(x), then for any real x