Graphs of polynomial functions gizmo5 answer review1. what are the degree and leading coefficient of the function y=4x2-3x+7? a. degree=4 leading coefficient=2b. degree=2 leading coefficient=4c. degree=2 leading coefficient=7d. degree=3 leading coefficient=4 2. what is the lowest degree of the function graphed here? (image is attached to this) a. 1b. 2c. 3d. 43. what is the maximum of x-intercepts that can be found on a graph with equation y=ax5+cx2+f? (the values a, c, and f are real numbers) a. 2 b. 3c. 4d. 54. which polynomial function has a y-intercept of 3? a. y=2x4+x2-3b. y=3x2+4c. y=-4x7-5x+3d. y=9x3+3x25. what is the end behavior of y=-2x13+25x8-3 as x approaches infinity? a. y=-3b. y=13c. y approaches infinityd. y approaches negative infinity

 degree=2 leading coefficient=4

lowest degree = 3

maximum of 5 x-intercepts

has y intecept 3

y approaches negative infinity

Step-by-step explanation:

(1)

Highest exponent is the degree of the function

Highest exponent =2  so degree =2

Coefficient of x^2 is 4, so leading coefficient is 4

(2) from the graph we can see that

As x approaches infinity, the graph goes down

As x approaches -infinity, the graph goes up

The value of y goes on the opposite direction. So it is a odd degree function. If degree =1  then the graph should be a line

Here the graph is like a curve. Also we have 2 x  intercepts . Hence lowest possible degree of the function is 3

(3) y=ax^5+cx^2+f

Here , the degree of the equation is 5

So we will get maximum of 5 x-intercepts

(4) To find the function that has y intercept of 3, we plug in 0 for x in each function

has y intecept 3

(5)

Here degree is 13 that is odd  and leading coefficient is -2 ( negative)

Degree is odd and leading coefficient is negative so the graph of y goes down on the right side.

the graph of y approaches negative infinity when x approaches infinity

i believe the answer is c.