Answer:
Step-by-step explanation:
scale factor:
1/2
the coordinates of the new vertices are
A (-4/2, -8/2)
A:(-2, -4)
B (-2/2, 34/2)
B: (-1, 17)
C (6/2, 12/2)
C:(3, 6)
D (10/2, -30/2)
D:(5, -15)
I guess the dilation is 2 times bigger?
Answer:
The ten thousand's place is 5.
Step-by-step explanation:
2 ( million)
4 (hundred thousand)
5 ( ten thousand)
3 ( thousand)
8 ( hundred)
7 (ten)
1 ( ones)
hope this helps
Answer:
Correct answer is option D.
Step-by-step explanation:
Given that
in the image 1 attached.
If we have a look at the image attached, the coordinates are:

<em>To find reflection</em> of a point across any line, the distance of points from the line must be same.
Point A(1,1) lies on the line x = 1, so its reflection A' will be at the same point A'(1,1).
Point C(2,5) is at a distance 1 from x = 1 on right side, so C' will be 1 distance on the left side of x = 1 i.e. 1 will be subtracted from its x coordinate.
i.e. C'(1 - 1, 5)
C'(0, 5)
Point B(4, 1) is at a distance 3 from x = 1 on right side, so B' will be 3 distance on the left side of x = 1 i.e. 3 will be subtracted from its x coordinate.
i.e. B'(1 - 3, 1)
B'(-2, 1)
<em>When we plot the above point A', B' and C', we get the option D as correct.</em>
You first combine like terms -1x and -4x to make the equation 21=6-5x then subtract 6 from itself to cancel it out and from 21, 15=5x where x= 3