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Illustrative Math-Media4Math Alignment

 

 

Illustrative Math Alignment: Grade 7 Unit 8

Probability and Sampling

Lesson 2: Chance Experiments

Use the following Media4Math resources with this Illustrative Math lesson.

Thumbnail Image Title Body Curriculum Topic
Math Example--Probability Concepts-- Probability: Example 26 Math Example--Probability Concepts--Probability: Example 26 Math Example--Probability Concepts--Probability: Example 26

Topic

Probability and Statistics

Description

This example shows a drawer with socks in various colors, including green, blue, black, pink, yellow, white, and gray. It focuses on finding the probability of selecting socks that are not green, blue, or black. Students determine the total number of non-green, non-blue, and non-black socks and divide it by the total number of socks. Visual aids clarify these calculations and reinforce understanding. Seeing multiple worked-out examples helps students develop an intuitive sense for how probabilities work.

Probability
Math Example--Probability Concepts-- Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27

Topic

Probability and Statistics

Description

This example features a standard deck of 52 playing cards laid out in rows. It explains how to find the probability of selecting two cards that are either face cards or hearts using probability formulas. Since these events are not mutually exclusive (some face cards are hearts), students must account for overlap in their calculations. This problem illustrates the importance of understanding event exclusivity in probability. Visual aids help students grasp these concepts more effectively.

Probability
Math Example--Probability Concepts-- Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27

Topic

Probability and Statistics

Description

This example features a standard deck of 52 playing cards laid out in rows. It explains how to find the probability of selecting two cards that are either face cards or hearts using probability formulas. Since these events are not mutually exclusive (some face cards are hearts), students must account for overlap in their calculations. This problem illustrates the importance of understanding event exclusivity in probability. Visual aids help students grasp these concepts more effectively.

Probability
Math Example--Probability Concepts-- Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27

Topic

Probability and Statistics

Description

This example features a standard deck of 52 playing cards laid out in rows. It explains how to find the probability of selecting two cards that are either face cards or hearts using probability formulas. Since these events are not mutually exclusive (some face cards are hearts), students must account for overlap in their calculations. This problem illustrates the importance of understanding event exclusivity in probability. Visual aids help students grasp these concepts more effectively.

Probability
Math Example--Probability Concepts-- Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27

Topic

Probability and Statistics

Description

This example features a standard deck of 52 playing cards laid out in rows. It explains how to find the probability of selecting two cards that are either face cards or hearts using probability formulas. Since these events are not mutually exclusive (some face cards are hearts), students must account for overlap in their calculations. This problem illustrates the importance of understanding event exclusivity in probability. Visual aids help students grasp these concepts more effectively.

Probability
Math Example--Probability Concepts-- Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27

Topic

Probability and Statistics

Description

This example features a standard deck of 52 playing cards laid out in rows. It explains how to find the probability of selecting two cards that are either face cards or hearts using probability formulas. Since these events are not mutually exclusive (some face cards are hearts), students must account for overlap in their calculations. This problem illustrates the importance of understanding event exclusivity in probability. Visual aids help students grasp these concepts more effectively.

Probability
Math Example--Probability Concepts-- Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27

Topic

Probability and Statistics

Description

This example features a standard deck of 52 playing cards laid out in rows. It explains how to find the probability of selecting two cards that are either face cards or hearts using probability formulas. Since these events are not mutually exclusive (some face cards are hearts), students must account for overlap in their calculations. This problem illustrates the importance of understanding event exclusivity in probability. Visual aids help students grasp these concepts more effectively.

Probability
Math Example--Probability Concepts-- Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27

Topic

Probability and Statistics

Description

This example features a standard deck of 52 playing cards laid out in rows. It explains how to find the probability of selecting two cards that are either face cards or hearts using probability formulas. Since these events are not mutually exclusive (some face cards are hearts), students must account for overlap in their calculations. This problem illustrates the importance of understanding event exclusivity in probability. Visual aids help students grasp these concepts more effectively.

Probability
Math Example--Probability Concepts-- Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27

Topic

Probability and Statistics

Description

This example features a standard deck of 52 playing cards laid out in rows. It explains how to find the probability of selecting two cards that are either face cards or hearts using probability formulas. Since these events are not mutually exclusive (some face cards are hearts), students must account for overlap in their calculations. This problem illustrates the importance of understanding event exclusivity in probability. Visual aids help students grasp these concepts more effectively.

Probability
Math Example--Probability Concepts-- Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27

Topic

Probability and Statistics

Description

This example features a standard deck of 52 playing cards laid out in rows. It explains how to find the probability of selecting two cards that are either face cards or hearts using probability formulas. Since these events are not mutually exclusive (some face cards are hearts), students must account for overlap in their calculations. This problem illustrates the importance of understanding event exclusivity in probability. Visual aids help students grasp these concepts more effectively.

Probability
Math Example--Probability Concepts-- Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27

Topic

Probability and Statistics

Description

This example features a standard deck of 52 playing cards laid out in rows. It explains how to find the probability of selecting two cards that are either face cards or hearts using probability formulas. Since these events are not mutually exclusive (some face cards are hearts), students must account for overlap in their calculations. This problem illustrates the importance of understanding event exclusivity in probability. Visual aids help students grasp these concepts more effectively.

Probability
Math Example--Probability Concepts-- Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27 Math Example--Probability Concepts--Probability: Example 27

Topic

Probability and Statistics

Description

This example features a standard deck of 52 playing cards laid out in rows. It explains how to find the probability of selecting two cards that are either face cards or hearts using probability formulas. Since these events are not mutually exclusive (some face cards are hearts), students must account for overlap in their calculations. This problem illustrates the importance of understanding event exclusivity in probability. Visual aids help students grasp these concepts more effectively.

Probability
Math Example--Probability Concepts-- Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28

Topic

Probability and Statistics

Description

This example involves a deck of 52 playing cards and includes a formula for solving the probability problem. Students calculate the probability of selecting two cards that are aces or spades. Since these events are not mutually exclusive (one ace is also a spade), they must adjust their calculations accordingly. This exercise highlights the need to consider overlapping events in probability calculations. Visual aids provide clarity and reinforce learning through practical application.

Probability
Math Example--Probability Concepts-- Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28

Topic

Probability and Statistics

Description

This example involves a deck of 52 playing cards and includes a formula for solving the probability problem. Students calculate the probability of selecting two cards that are aces or spades. Since these events are not mutually exclusive (one ace is also a spade), they must adjust their calculations accordingly. This exercise highlights the need to consider overlapping events in probability calculations. Visual aids provide clarity and reinforce learning through practical application.

Probability
Math Example--Probability Concepts-- Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28

Topic

Probability and Statistics

Description

This example involves a deck of 52 playing cards and includes a formula for solving the probability problem. Students calculate the probability of selecting two cards that are aces or spades. Since these events are not mutually exclusive (one ace is also a spade), they must adjust their calculations accordingly. This exercise highlights the need to consider overlapping events in probability calculations. Visual aids provide clarity and reinforce learning through practical application.

Probability
Math Example--Probability Concepts-- Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28

Topic

Probability and Statistics

Description

This example involves a deck of 52 playing cards and includes a formula for solving the probability problem. Students calculate the probability of selecting two cards that are aces or spades. Since these events are not mutually exclusive (one ace is also a spade), they must adjust their calculations accordingly. This exercise highlights the need to consider overlapping events in probability calculations. Visual aids provide clarity and reinforce learning through practical application.

Probability
Math Example--Probability Concepts-- Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28

Topic

Probability and Statistics

Description

This example involves a deck of 52 playing cards and includes a formula for solving the probability problem. Students calculate the probability of selecting two cards that are aces or spades. Since these events are not mutually exclusive (one ace is also a spade), they must adjust their calculations accordingly. This exercise highlights the need to consider overlapping events in probability calculations. Visual aids provide clarity and reinforce learning through practical application.

Probability
Math Example--Probability Concepts-- Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28

Topic

Probability and Statistics

Description

This example involves a deck of 52 playing cards and includes a formula for solving the probability problem. Students calculate the probability of selecting two cards that are aces or spades. Since these events are not mutually exclusive (one ace is also a spade), they must adjust their calculations accordingly. This exercise highlights the need to consider overlapping events in probability calculations. Visual aids provide clarity and reinforce learning through practical application.

Probability
Math Example--Probability Concepts-- Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28

Topic

Probability and Statistics

Description

This example involves a deck of 52 playing cards and includes a formula for solving the probability problem. Students calculate the probability of selecting two cards that are aces or spades. Since these events are not mutually exclusive (one ace is also a spade), they must adjust their calculations accordingly. This exercise highlights the need to consider overlapping events in probability calculations. Visual aids provide clarity and reinforce learning through practical application.

Probability
Math Example--Probability Concepts-- Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28

Topic

Probability and Statistics

Description

This example involves a deck of 52 playing cards and includes a formula for solving the probability problem. Students calculate the probability of selecting two cards that are aces or spades. Since these events are not mutually exclusive (one ace is also a spade), they must adjust their calculations accordingly. This exercise highlights the need to consider overlapping events in probability calculations. Visual aids provide clarity and reinforce learning through practical application.

Probability
Math Example--Probability Concepts-- Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28

Topic

Probability and Statistics

Description

This example involves a deck of 52 playing cards and includes a formula for solving the probability problem. Students calculate the probability of selecting two cards that are aces or spades. Since these events are not mutually exclusive (one ace is also a spade), they must adjust their calculations accordingly. This exercise highlights the need to consider overlapping events in probability calculations. Visual aids provide clarity and reinforce learning through practical application.

Probability
Math Example--Probability Concepts-- Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28

Topic

Probability and Statistics

Description

This example involves a deck of 52 playing cards and includes a formula for solving the probability problem. Students calculate the probability of selecting two cards that are aces or spades. Since these events are not mutually exclusive (one ace is also a spade), they must adjust their calculations accordingly. This exercise highlights the need to consider overlapping events in probability calculations. Visual aids provide clarity and reinforce learning through practical application.

Probability
Math Example--Probability Concepts-- Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28 Math Example--Probability Concepts--Probability: Example 28

Topic

Probability and Statistics

Description

This example involves a deck of 52 playing cards and includes a formula for solving the probability problem. Students calculate the probability of selecting two cards that are aces or spades. Since these events are not mutually exclusive (one ace is also a spade), they must adjust their calculations accordingly. This exercise highlights the need to consider overlapping events in probability calculations. Visual aids provide clarity and reinforce learning through practical application.

Probability
Math Example--Probability Concepts-- Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3

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Probability and Statistics

Probability
Math Example--Probability Concepts-- Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3

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Probability and Statistics

Probability
Math Example--Probability Concepts-- Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3

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Probability and Statistics

Probability
Math Example--Probability Concepts-- Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3

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Math Example--Probability Concepts-- Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3

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Math Example--Probability Concepts-- Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3

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Math Example--Probability Concepts-- Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3

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Math Example--Probability Concepts-- Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3

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Math Example--Probability Concepts-- Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3

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Math Example--Probability Concepts-- Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3 Math Example--Probability Concepts--Probability: Example 3

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Math Example--Probability Concepts-- Probability: Example 4 Math Example--Probability Concepts--Probability: Example 4 Math Example--Probability Concepts--Probability: Example 4

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Math Example--Probability Concepts-- Probability: Example 4 Math Example--Probability Concepts--Probability: Example 4 Math Example--Probability Concepts--Probability: Example 4

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Math Example--Probability Concepts-- Probability: Example 4 Math Example--Probability Concepts--Probability: Example 4 Math Example--Probability Concepts--Probability: Example 4

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Math Example--Probability Concepts-- Probability: Example 4 Math Example--Probability Concepts--Probability: Example 4 Math Example--Probability Concepts--Probability: Example 4

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Math Example--Probability Concepts-- Probability: Example 4 Math Example--Probability Concepts--Probability: Example 4 Math Example--Probability Concepts--Probability: Example 4

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Math Example--Probability Concepts-- Probability: Example 5 Math Example--Probability Concepts--Probability: Example 5 Math Example--Probability Concepts--Probability: Example 5

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