The video tutorial explains how to solve ratio problems using ratio tables and graphs. It presents a story problem involving red and green M&Ms, where the ratio of red to green is given, and there are 24 more red than green M&Ms. The tutorial guides viewers through completing a ratio table, plotting ordered pairs on a graph, and using these tools to find the total number of M&Ms in the bag. The solution involves identifying the correct ordered pair where the difference between red and green M&Ms is 24, leading to a total of 104 M&Ms.

What is the primary method introduced for solving ratio problems?

• Using ratio tables and graphs

• Using algebraic equations

• Using probability

• Using geometric shapes

In the given ratio story problem, how many green M&Ms are there for every 8 red M&Ms?

• 3

• 5

• 7

• 10

What is the minimum number of M&Ms in the bag based on the given ratio?

• 13

• 8

• 24

• 32

If the number of red M&Ms is tripled, how many green M&Ms will there be?

• 15

• 25

• 10

• 20

Tags

CCSS.4.OA.A.2

What is the relationship between the ratios in the table?

• They are equivalent to the original ratio

• They are random

• They are decreasing

• They are all different

Tags

CCSS.6.RP.A.3A

What is the first step in plotting the ordered pairs on the graph?

• Labeling the axes

• Drawing the line

• Finding the midpoint

• Calculating the slope

What do the points on the graph represent in this problem?

• Different types of M&Ms

• The weight of the M&Ms

• The total number of M&Ms

• The ratio of red to green M&Ms

Tags

CCSS.7.RP.A.2C

What characteristic do the points on the graph share?

• They are scattered randomly

• They form a circle

• They form a curve

• They lie in a straight line

Tags

CCSS.HSF-LE.A.1B

How many more red M&Ms are there than green M&Ms in the bag?

• 30

• 18

• 36

• 24

Tags

CCSS.1.NBT.A.1

What is the total number of M&Ms in the bag?

• 120

• 104

• 80

• 64

Tags

CCSS.1.NBT.A.1