Open Up - Grade 7 - Mathematics - Unit 8 - Lesson 3

Last updated 4 months ago

10 Nsɛmmisa

7.SP.5

7.SP.6

7.SP.7.a

7.SP.5

7.SP.6

7.SP.7.a

7.SP.5

7.SP.6

7.SP.7.a

7.SP.5

7.SP.6

7.SP.7.a

7.SP.5

7.SP.6

7.SP.7.a

7.SP.5

7.SP.6

7.SP.7.a

7.SP.5

7.SP.6

7.SP.7.a

7.SP.5

7.SP.6

7.SP.7.a

7.SP.5

7.SP.6

7.SP.7.a

7.SP.5

7.SP.6

7.SP.7.a

"Source: Open Up Resouces (Download for free at openupresources.org.)"

Open Up - Grade 7 - Mathematics - Unit 8 - Lesson 3

Last updated 4 months ago

10 Nsɛmmisa

List the sample space for each chance experiment.
Flipping a coin

7.SP.5

7.SP.6

7.SP.7.a

List the sample space for each chance experiment.
Selecting a random season of the year

7.SP.5

7.SP.6

7.SP.7.a

List the sample space for each chance experiment.
Selecting a random day of the week

7.SP.5

7.SP.6

7.SP.7.a

A computer randomly selects a letter from the alphabet.
How many different outcomes are in the sample space?

7.SP.5

7.SP.6

7.SP.7.a

A computer randomly selects a letter from the alphabet.
What is the probability the computer produces the first letter of your first name?

7.SP.5

7.SP.6

7.SP.7.a

What is the probability of selecting a random month of the year and getting a month that starts with the letter “J?” If you get stuck, consider listing the sample space.

7.SP.5

7.SP.6

7.SP.7.a

E represents an object’s weight on Earth and M represents that same object’s weight on the Moon. The equation M = \frac{1}{6}E represents the relationship between these quantities.
What does the \frac{1}{6} represent in this situation?

7.SP.5

7.SP.6

7.SP.7.a

E represents an object’s weight on Earth and M represents that same object’s weight on the Moon. The equation M = \frac{1}{6}E represents the relationship between these quantities.
Give an example of what a person might weigh on Earth and on the Moon.

7.SP.5

7.SP.6

7.SP.7.a

Here is a diagram of the base of a bird feeder which is in the shape of a pentagonal prism. Each small square on the grid is 1 square inch.
The distance between the two bases is 8 inches. What will be the volume of the completed bird feeder?

7.SP.5

7.SP.6

7.SP.7.a

Find the surface area of the triangular prism.

7.SP.5

7.SP.6

7.SP.7.a

"Source: Open Up Resouces (Download for free at openupresources.org.)"

Open Up - Grade 7 - Mathematics - Unit 8 - Lesson 3

Open Up - Grade 7 - Mathematics - Unit 8 - Lesson 3

List the sample space for each chance experiment.Flipping a coin

List the sample space for each chance experiment.Selecting a random season of the year

List the sample space for each chance experiment.Selecting a random day of the week

A computer randomly selects a letter from the alphabet.How many different outcomes are in the sample space?

A computer randomly selects a letter from the alphabet.What is the probability the computer produces the first letter of your first name?

What is the probability of selecting a random month of the year and getting a month that starts with the letter “J?” If you get stuck, consider listing the sample space.

E represents an object’s weight on Earth and M represents that same object’s weight on the Moon. The equation M = \frac{1}{6}E represents the relationship between these quantities.What does the \frac{1}{6} represent in this situation?

E represents an object’s weight on Earth and M represents that same object’s weight on the Moon. The equation M = \frac{1}{6}E represents the relationship between these quantities.Give an example of what a person might weigh on Earth and on the Moon.

Here is a diagram of the base of a bird feeder which is in the shape of a pentagonal prism. Each small square on the grid is 1 square inch.The distance between the two bases is 8 inches. What will be the volume of the completed bird feeder?

Find the surface area of the triangular prism.

List the sample space for each chance experiment.Flipping a coin

List the sample space for each chance experiment.Selecting a random season of the year

List the sample space for each chance experiment.Selecting a random day of the week

A computer randomly selects a letter from the alphabet.How many different outcomes are in the sample space?

A computer randomly selects a letter from the alphabet.What is the probability the computer produces the first letter of your first name?

What is the probability of selecting a random month of the year and getting a month that starts with the letter “J?” If you get stuck, consider listing the sample space.

E represents an object’s weight on Earth and M represents that same object’s weight on the Moon. The equation M = \frac{1}{6}E represents the relationship between these quantities.What does the \frac{1}{6} represent in this situation?

E represents an object’s weight on Earth and M represents that same object’s weight on the Moon. The equation M = \frac{1}{6}E represents the relationship between these quantities.Give an example of what a person might weigh on Earth and on the Moon.

Here is a diagram of the base of a bird feeder which is in the shape of a pentagonal prism. Each small square on the grid is 1 square inch.The distance between the two bases is 8 inches. What will be the volume of the completed bird feeder?

Find the surface area of the triangular prism.

List the sample space for each chance experiment.
Flipping a coin

List the sample space for each chance experiment.
Selecting a random season of the year

List the sample space for each chance experiment.
Selecting a random day of the week

A computer randomly selects a letter from the alphabet.
How many different outcomes are in the sample space?

A computer randomly selects a letter from the alphabet.
What is the probability the computer produces the first letter of your first name?

E represents an object’s weight on Earth and M represents that same object’s weight on the Moon. The equation M = \frac{1}{6}E represents the relationship between these quantities.
What does the \frac{1}{6} represent in this situation?

E represents an object’s weight on Earth and M represents that same object’s weight on the Moon. The equation M = \frac{1}{6}E represents the relationship between these quantities.
Give an example of what a person might weigh on Earth and on the Moon.

Here is a diagram of the base of a bird feeder which is in the shape of a pentagonal prism. Each small square on the grid is 1 square inch.
The distance between the two bases is 8 inches. What will be the volume of the completed bird feeder?

List the sample space for each chance experiment.
Flipping a coin

List the sample space for each chance experiment.
Selecting a random season of the year

List the sample space for each chance experiment.
Selecting a random day of the week

A computer randomly selects a letter from the alphabet.
How many different outcomes are in the sample space?

A computer randomly selects a letter from the alphabet.
What is the probability the computer produces the first letter of your first name?

E represents an object’s weight on Earth and M represents that same object’s weight on the Moon. The equation M = \frac{1}{6}E represents the relationship between these quantities.
What does the \frac{1}{6} represent in this situation?

E represents an object’s weight on Earth and M represents that same object’s weight on the Moon. The equation M = \frac{1}{6}E represents the relationship between these quantities.
Give an example of what a person might weigh on Earth and on the Moon.

Here is a diagram of the base of a bird feeder which is in the shape of a pentagonal prism. Each small square on the grid is 1 square inch.
The distance between the two bases is 8 inches. What will be the volume of the completed bird feeder?