Answer:
A'(-4 , 10)
B'(-4, 12)
C'(0, 12)
D'(0, 10)
Step-by-step explanation:
Given in the question are 4 coordinates of Quadrilateral ABCD
A(−2, 2)
B(−2, 4)
C(2, 4)
D(2, 2)
The rule is (x − 2, y + 8), that means
the translation is 2 units to the left and 8 units up
Applying the rule of the translation
Step1
A(-2, 2) = A'(-2-2 , 2+8) = A'(-4 , 10)
Step 2
B(−2, 4) = B'(-2-2 , 4+8) = B'(-4, 12)
Step 3
C(2, 4) = C'(2-2 , 4+8) = C'(0, 12)
Step 4
D(2, 2) = D'(2-2 , 2+8) = D'(0, 10)
Describe what characteristics you would find if the corresponding vertices were connected with line segments.
If point A was connected to point A', point B was connected to point B',point C was connected to point C', point D was connected to point D' then all of these line will be parallel to each other, since they were all transformed by the same amount (x-2, y+8).
