The document provides instructions for finding the perimeter and area of different shapes using formulas from a formula chart. It asks students to find the perimeter and area of rectangles with given side lengths in millimeters and centimeters. It also notes that a parallelogram can be formed by cutting off one triangle and attaching it to the other side of a rectangle. Students are assigned homework to find the perimeter and area of additional shapes by showing the formula, substituting values, and providing the final answer with units.

2. How do you find the perimeter and area of any shape? USE YOUR FORMULA CHART! You don’t have to memorize any formulas, just LOOK at the formula chart to find the formula. 1. 3 m 3 m Perimeter Area P = __________ A = __________ P = __________ A = __________ P = __________ A = __________

3. 3. 7 mm 13 mm Perimeter Area P = __________ A = __________ P = __________ A = __________ P = __________ A = __________

4. 3. 7 mm 12 mm Area A = __________ A = __________ A = __________ 5 mm A parallelogram is a little harder to find on the formula chart. If you cut the triangle off of the left side and put it on the right side, what shape do you get? Look at your formula chart. The base and height of any shape ALWAYS forms a right angle in the shape.

6. P = ____________ P = ____________ P = ____________ A = ____________ A = ____________ A = ____________ 11 cm 11 cm

7. P = ____________ P = ____________ P = ____________ A = ____________ A = ____________ A = ____________ 10 m 4 m