The video tutorial covers lesson 16, focusing on understanding the relationship between area and perimeter. It explains how to find different rectangles with the same area but different perimeters using square tiles. The lesson includes problem-solving exercises and emphasizes the concept that as a shape becomes more like a square, its perimeter decreases. The tutorial concludes with assessment practice to reinforce the learning objectives.

What is the main focus of the lesson introduced in the video?

• Calculating the volume of shapes

• Understanding the properties of circles

• Finding the same area with different perimeters

• Finding the same perimeter with different areas

How many square tiles does Jessica have to work with?

• 14

• 16

• 12

• 10

What is the perimeter of a rectangle made with one row of 12 tiles?

• 30 units

• 24 units

• 26 units

• 28 units

As a rectangle becomes more like a square, what happens to its perimeter?

• It increases

• It decreases

• It doubles

• It stays the same

In the castle tiles problem, what is the perimeter of a rectangle with dimensions 1x16?

• 30 units

• 32 units

• 34 units

• 36 units

What configuration of 24 tiles results in the smallest perimeter?

• 2x12

• 3x8

• 1x24

• 4x6

In the independent practice, what is the perimeter of a rectangle with dimensions 3x6?

• 16 feet

• 18 feet

• 22 feet

• 20 feet

Which school has a larger perimeter, Park School or North School?

• Cannot be determined

• Both have the same perimeter

• North School

• Park School

What is true about Kiesha's rectangles?

• They have the same perimeter

• They have the same area

• They have the same shape

• They have the same dimensions