<span>The second equation gets shifted to the left 6 units and then stretched 5 units. Looks like this. You can see the second equation centered at (-6, 0) while the first one is centered at (0, 0).
You correctly identified that it gets shifted to the left by 6, but it does not move either up or down at all. That's why the center for its graph has a "y" value of "0" while the "x" value is "-6".
If you want to see the actual graph you can go to Desmos and click on graphing calculator.
Plz mark as brainlest</span>
Answer:
A rotation 90 degrees clockwise about the origin followed by a dilation with scale factor A
Step-by-step explanation:
The rotation is going clockwise, so that already eliminates the first, second, and third answer, leaving answer C
you want to be at least 70% of his max of 180
at least would be >=
70% = 0.7
x >= 0.7 x 180
or 180*0.70 = 126 so x>= 126
C is the correct answer
The answer is (y - 4)2 = -12(x - 2)
Since the graph is facing the left, the starting equation would be (y - k)2 = -4p(x - h).
(h, k) is the vertex of the graph. If you plot the focus and the directrix, you can see that the distance is 6. Divide 6 by 2, thus the vertex should be 3 squares away from the focus and 3 squares away from the directrix. The vertex is (2, 4). And since the distance from the focus to the vertex and the distance from the directrix to the vertex is 3, P = 3.
Insert the numbers in and you should get the last choice.
Answer: The answer is 0.41 or .41
Step-by-step explanation:
Move the
