The answer to this is -15
Answer:
Step-by-step explanation:
If you plot the vertex and the point, you see that the point is above the vertex. Therefore, this is a positive parabola with the work form of

We have values for x, y, h, and k. Let's write the equation of the parabola, put it into function notation, then find another x value at which to evaluate it.
and
and
8 = 9a - 1 and
9 = 9a so
a = 1. The equation of the parabola in function notation is

Since the vertex is at (3, -1) it would make sense to evaluate the function at x values close to the vertex. Let's evaluate the function at an x value of 4:
and
and
f(4) = 0. That means that another point on this parabola will be (4, 0).
Write the x values for the minimum, maximum, and point of inflection. Be sure to specify if the minimums and maximums are relatively or absolute
Answer:

,
Step-by-step explanation:
$505 . 11 times 23 =253 . 14 times 18=252. When you add them you get $505