Respuesta :
Answer:
A) T'(-3, 6) and V'(0, 3)
Step-by-step explanation:
In the picture attached, triangle TVW is shown.
Transforming points T and V according to the rule (x,y) -> (3/4x, 3/4y), we get:
T(-4, 8) -> (-4*3/4, 8*3/4) -> (-3, 6) which corresponds to T'
V(0, 4) -> (0*3/4, 4*3/4) -> (0, 3) which corresponds to V'

The coordinates of the endpoints of the segment T'V are; T'(-3, 6) and V'(0, 3)
Creating Images on the Cartesian plane
According to the question;
The given triangle TVW is dilated according to the rule D (3/4)(x,y)=((3/4)x, (3/4)y) to create the image triangle T'V"W", which is not shown.
From the attached image; the coordinates of endpoints T and V are;
- T(-4, 8) and V(0, 4)
Therefore, the result segment of the dilation according to the rule; D (3/4)(x,y)=((3/4)x, (3/4)y) is;
- T' = 3/4 Ă— (-4, 8) = (-3, 6)
- V' = 3/4 Ă— (0, 4) = (0, 3)
Read more on triangle dilation;
https://brainly.com/question/18372140
