Perimeter and Area Problems

The video tutorial covers assessment practice for topic 16, focusing on calculating area and perimeter for various shapes. It includes problems involving square tables, tile designs, rectangles, carpet squares, playground designs, signs, common shapes, trapezoid gardens, dog pens, and picture frames. Each problem is solved step-by-step, emphasizing the importance of understanding these concepts for an upcoming test.

What is the purpose of the assessment practice discussed in the introduction?

• To learn new math concepts

• To complete homework

• To practice reading skills

• To prepare for a test on Monday

How do you calculate the area of a square table with sides of 6 feet?

• 6 x 4

• 6 + 4

• 6 x 6

• 6 + 6

What is the perimeter of a square table with sides of 6 feet?

• 24 feet

• 36 feet

• 12 feet

• 18 feet

In Problem 2, what is the area of Robert's tile design?

• 10 square units

• 14 square units

• 18 square units

• 22 square units

How can you create a rectangle with the same area but different perimeter as Robert's design?

• By using dimensions 7 x 2

• By using dimensions 8 x 1

• By using dimensions 5 x 4

• By using dimensions 6 x 3

What is the missing side length of Della's rectangle if the perimeter is 34 cm and one side is 7 cm?

• 10 cm

• 12 cm

• 14 cm

• 9 cm

How should Mrs. G arrange 24 carpet squares to achieve the smallest perimeter?

• In a 4 x 6 rectangle

• In a 12 x 2 rectangle

• In an 8 x 3 rectangle

• In a 1 x 24 rectangle

Which shape has a different area but the same perimeter as Al's playground design?

• Shape A

• Shape B

• Shape C

• Shape D

What is the missing side length of a sign with a perimeter of 24 feet?

• 5 feet

• 3 feet

• 6 feet

• 4 feet

What shape does Mrs. Kent measure if the perimeter is 21 cm and one side is 7 cm?

• Pentagon

• Equilateral triangle

• Square

• Rectangle