Hello!!
Equation forms:

Therefore,

And, this is how your graph would look
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Answer:
k=48
Step-by-step explanation:
Add -29 and 77
k: -3k -3k =48
Answer:
y=-6x/square root (4x^2-160
Step-by-step explanation:
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Answer:
The length of segment QM' = 6
Step-by-step explanation:
Given:
Q is the center of dilation
Pre-image (original image) = segment LM
New image = segment L'M'
The length of LQ = 4
The length of QM = 3
The length of LL' = 4
The original image was dilated with scale factor = 2
QM' = ?
To determine segment QM', first we would draw the diagram obtained from the given information.
Find attached the diagram
When a figure is dilated, we would have similar shape in thus cars similar triangles.
Segment L'M' = scale factor × length of LM
Let LM = x
L'M' = 2x
Using similar triangles theorem, ratio of their corresponding sides are equal.
QM/LM = QM'/L'M'
3/x = QM'/2x
6x = QM' × x
Q'M' = 6
The length of segment QM' = 6
a the side lengths must be = but only opposite angles must be = it COULD be a square but is could be many other things.