The highway overpass is represented graphically. Zeroes of a polynomial can be expressed graphically. Number of zeroes of polynomial is equal to number of points where the graph of polynomial
(i) Intersects x-axis
(ii) Intersects y-axis
(iii) Intersects y-axis or x-axis
(iv)None of the above

Case Study Based- 3 Applications of Parabolas-Highway Overpasses/Underpasses A highway underpass is parabolic in shape. Parabola A parabola is the graph that results from p(x) = ax^(2)+bx+c Parabolas are symmetric about a vertical line known as the Axis of Symmetry. The Axis of Symmetry runs through the maximum or minimum point of the parabola which is called the Vertex. The highway overpass is represented graphically. Zeroes of a polynomial can be expressed graphically. Number of zeroes of polynomial is equal to number of points where the graph of polynomial

At how many points will the polynomial x^(3)+8 intersect the x-axis ?

Calculate the number of zeroes for the graph of a polynomial p(x) as shown below:

Zeroes of a polynomial p(y) is ______ of the point , wherethe grapth intersects the y - axis .

In the figure, the graph of the polynomial p(x) is given. The number of zeroes of the polynomial is

What will be the number of the zero(s), if the graph of a quadratic polynomial does not intersect the x-axis?

In the figure, the graph of the polynomial p(x) is given. The number of zeroes 'of the polynomial is:

On what point the graph of linear equation 3x+2y =9 will intersect x-axis?