Answer:
Scale factor is 3.
Step-by-step explanation:
<u>Given:</u> The Line Segment AB is dilated and a line segment A'B' is created.
A' (0, 6) and B' (6, 9).
As per the given graph , we can easily see that the coordinates of A and B are
A(0, 2) and B(2, 3)
Please refer to attached graph for the coordinates of A', B' and A, B.
The distance formula is given as:

D is the distance between two coordinates
and
.
So, the distance AB = 
Similary, distance A'B' = 
We can clearly see that A'B' is three times the distance AB.
So, <em>The scale factor 3</em>.