Answer:




Explanation:
As area is measured in units squared, when dilating an area, multiply it by the square of the scale factor.
Given area of the polygon:
(a) For a scale factor of 4, the area of the dilated polygon is:

(b) For a scale factor of 1.5, the area of the dilated polygon is:

(c) For a scale factor of 1, the area of the dilated polygon is:

(d) For a scale factor of ¹/₃, the area of the dilated polygon is:
