Check the picture below.
since the focus point is above the directrix, that simply means the parabola is a vertical one, and therefore the square variable is the "x".
keeping in mind that, there's a distance "p" from the vertex to either the focus point or the directrix, that puts the vertex half-way between those fellows, in this case at 0, right between 1 and -1, as you see in the picture, and the parabola looks like so.
since the parabola is opening upwards, the value for "p" is positive, thus
Answer:
(x, y) = {(20, 1.3), (40, 2.6), (60, 3.9), (80, 5.2), (100, 6.5)}
Graph C represents the table of values
Step-by-step explanation:
To complete the table, substitute each value of x into the equation,
, to find each corresponding y-value.
Thus:
✔️When x = 20:



✔️When x = 40:



✔️When x = 60:



✔️When x = 80:



✔️When x = 100:



✔️<em>The graph of that represents this table of values is graph C. See attachment.</em>
B is just the y-intercept or where the line goes over the y axis so it would be 50
Answer:
What is the question? do you need the area? :)
Step-by-step explanation: