question_answer

What is the relation between the zeros and the coefficients of the polynomial\[4\sqrt{3}{{x}^{2}}+5x-2\sqrt{3}\]?

A)  \[\text{Sum}\,\,\text{of}\,\,\text{zeros}=\frac{-(Coefficient\,\,of\,\,x)}{(coefficient\,\,of\,\,{{x}^{2}})}\]

B)  \[\text{Sum}\,\,\text{of}\,\,\text{zeros}=\frac{(Coefficient\,\,of\,\,x)}{(coefficient\,\,of\,\,{{x}^{2}})}\]

C)  \[\text{Sum}\,\,\text{of}\,\,\text{zeros}=\frac{(Coefficient\,\,of\,\,{{x}^{2}})}{(coefficient\,\,of\,\,x)}\]

D)  \[\text{Product}\,\,\text{of}\,\,\text{zeros}=\frac{(Coefficient\,\,of\,\,{{x}^{2}})}{\text{constant}}\]