null

Objective: SWBAT identify the differences between PE and KE by analyzing the movement of objects in a system.

Do Now:

0

A bow and arrow that is not not pulled back. . . (check one)

does not have energy.

has kinetic energy.

has potential energy.

has both kinetic and potential energy.

0

A bow and arrow that is pulled back but not released. . . (check one)

does not have energy.

has kinetic energy.

has potential energy.

has both kinetic and potential energy.

0

A bow and arrow that was pulled back and now is shot. . . (check one)

does not have energy.

has kinetic energy.

has potential energy.

has both kinetic and potential energy.

0

Annotate the following:
- Circle the location with the most PE and the location with the most KE
- Circle the location with the least PE and the location with the least KE

Practice:

0

Analyze the changes in PE and KE in the image below. then answer the following questions.
Annotate the following:
Circle the location with the most PE and the location with the most KE
Circle the location with the least PE and the location with the least KE

0

Which position does Hulk have the greatest amount of potential energy as they fall?

Position A

Postion B

Position C

0

Why do you know this?
CFS:
Accurately describes energy types (KE/PE) by analyzing the observable movement of objects
Accurately identifies the transfer of PE based on an object's position

0

Which position does Hulk have the greatest amount of Kinetic energy as they fall?

Position A

Postion B

Position C

0

Why do you know this?
CFS:
Accurately describes energy types (KE/PE) by analyzing the observable movement of objects
Accurately identifies the transfer of KE based on an object's position

Independent Practice:

0

Analyze the changes in PE and KE in the image below. then answer the following questions.
Circle the location with the most PE and the location with the most KE
Circle the location with the least PE and the location with the least KE

0

Compare ‘Position A’ of the Hulk and Spiderman, which starts with more stored energy (PE)? Why?

Exit TIcket:

The rescue team is considering using the sun (solar cells) or human-powered generators to get energy to their equipment on rescue missions. Read the claims and evidence below, then identify which energy source you think is best for the rescue team.

Claim 1: The sun (solar cells) is the best energy source for the rescue team.
Claim 2: Human-powered generators are the best energy source for the rescue team.

null

3

HHE: Unit Review (9/10)

Objective: SWBAT identify the differences between PE and KE by analyzing the movement of objects in a system.

Do Now:

Practice:

Independent Practice:

Exit TIcket:

HHE: Unit Review (9/10)

Objective: SWBAT identify the differences between PE and KE by analyzing the movement of objects in a system.

Do Now:

A bow and arrow that is not not pulled back. . . (check one)

A bow and arrow that is pulled back but not released. . . (check one)

A bow and arrow that was pulled back and now is shot. . . (check one)

Annotate the following:
- Circle the location with the most PE and the location with the most KE
- Circle the location with the least PE and the location with the least KE

Practice:

Analyze the changes in PE and KE in the image below. then answer the following questions.
Annotate the following:
Circle the location with the most PE and the location with the most KE
Circle the location with the least PE and the location with the least KE

Which position does Hulk have the greatest amount of potential energy as they fall?

Why do you know this?
CFS:
Accurately describes energy types (KE/PE) by analyzing the observable movement of objects
Accurately identifies the transfer of PE based on an object's position

Which position does Hulk have the greatest amount of Kinetic energy as they fall?

Why do you know this?
CFS:
Accurately describes energy types (KE/PE) by analyzing the observable movement of objects
Accurately identifies the transfer of KE based on an object's position

Independent Practice:

Analyze the changes in PE and KE in the image below. then answer the following questions.
Circle the location with the most PE and the location with the most KE
Circle the location with the least PE and the location with the least KE

Compare ‘Position A’ of the Hulk and Spiderman, which starts with more stored energy (PE)? Why?

Exit TIcket:

Identify which energy source you think is best for the rescue team.

A bow and arrow that is not not pulled back. . . (check one)

A bow and arrow that is pulled back but not released. . . (check one)

A bow and arrow that was pulled back and now is shot. . . (check one)

Annotate the following:
- Circle the location with the most PE and the location with the most KE
- Circle the location with the least PE and the location with the least KE

Analyze the changes in PE and KE in the image below. then answer the following questions.
Annotate the following:
Circle the location with the most PE and the location with the most KE
Circle the location with the least PE and the location with the least KE

Which position does Hulk have the greatest amount of potential energy as they fall?

Why do you know this?
CFS:
Accurately describes energy types (KE/PE) by analyzing the observable movement of objects
Accurately identifies the transfer of PE based on an object's position

Which position does Hulk have the greatest amount of Kinetic energy as they fall?

Why do you know this?
CFS:
Accurately describes energy types (KE/PE) by analyzing the observable movement of objects
Accurately identifies the transfer of KE based on an object's position

Analyze the changes in PE and KE in the image below. then answer the following questions.
Circle the location with the most PE and the location with the most KE
Circle the location with the least PE and the location with the least KE

Compare ‘Position A’ of the Hulk and Spiderman, which starts with more stored energy (PE)? Why?

Identify which energy source you think is best for the rescue team.

HHE: Unit Review (9/10)

Objective: SWBAT identify the differences between PE and KE by analyzing the movement of objects in a system.

Do Now:

Practice:

Independent Practice:

Exit TIcket:

HHE: Unit Review (9/10)

Objective: SWBAT identify the differences between PE and KE by analyzing the movement of objects in a system.

Do Now:

A bow and arrow that is not not pulled back. . . (check one)

A bow and arrow that is pulled back but not released. . . (check one)

A bow and arrow that was pulled back and now is shot. . . (check one)

Annotate the following:- Circle the location with the most PE and the location with the most KE- Circle the location with the least PE and the location with the least KE

Practice:

Analyze the changes in PE and KE in the image below. then answer the following questions.Annotate the following:Circle the location with the most PE and the location with the most KECircle the location with the least PE and the location with the least KE

Which position does Hulk have the greatest amount of potential energy as they fall?

Why do you know this?CFS:Accurately describes energy types (KE/PE) by analyzing the observable movement of objectsAccurately identifies the transfer of PE based on an object's position

Which position does Hulk have the greatest amount of Kinetic energy as they fall?

Why do you know this?CFS:Accurately describes energy types (KE/PE) by analyzing the observable movement of objectsAccurately identifies the transfer of KE based on an object's position

Independent Practice:

Analyze the changes in PE and KE in the image below. then answer the following questions.Circle the location with the most PE and the location with the most KECircle the location with the least PE and the location with the least KE

Compare ‘Position A’ of the Hulk and Spiderman, which starts with more stored energy (PE)? Why?

Exit TIcket:

Identify which energy source you think is best for the rescue team.

A bow and arrow that is not not pulled back. . . (check one)

A bow and arrow that is pulled back but not released. . . (check one)

A bow and arrow that was pulled back and now is shot. . . (check one)

Annotate the following:- Circle the location with the most PE and the location with the most KE- Circle the location with the least PE and the location with the least KE

Analyze the changes in PE and KE in the image below. then answer the following questions.Annotate the following:Circle the location with the most PE and the location with the most KECircle the location with the least PE and the location with the least KE

Which position does Hulk have the greatest amount of potential energy as they fall?

Why do you know this?CFS:Accurately describes energy types (KE/PE) by analyzing the observable movement of objectsAccurately identifies the transfer of PE based on an object's position

Which position does Hulk have the greatest amount of Kinetic energy as they fall?

Why do you know this?CFS:Accurately describes energy types (KE/PE) by analyzing the observable movement of objectsAccurately identifies the transfer of KE based on an object's position

Analyze the changes in PE and KE in the image below. then answer the following questions.Circle the location with the most PE and the location with the most KECircle the location with the least PE and the location with the least KE

Compare ‘Position A’ of the Hulk and Spiderman, which starts with more stored energy (PE)? Why?

Identify which energy source you think is best for the rescue team.

Annotate the following:
- Circle the location with the most PE and the location with the most KE
- Circle the location with the least PE and the location with the least KE

Analyze the changes in PE and KE in the image below. then answer the following questions.
Annotate the following:
Circle the location with the most PE and the location with the most KE
Circle the location with the least PE and the location with the least KE

Why do you know this?
CFS:
Accurately describes energy types (KE/PE) by analyzing the observable movement of objects
Accurately identifies the transfer of PE based on an object's position

Why do you know this?
CFS:
Accurately describes energy types (KE/PE) by analyzing the observable movement of objects
Accurately identifies the transfer of KE based on an object's position

Analyze the changes in PE and KE in the image below. then answer the following questions.
Circle the location with the most PE and the location with the most KE
Circle the location with the least PE and the location with the least KE

Annotate the following:
- Circle the location with the most PE and the location with the most KE
- Circle the location with the least PE and the location with the least KE

Analyze the changes in PE and KE in the image below. then answer the following questions.
Annotate the following:
Circle the location with the most PE and the location with the most KE
Circle the location with the least PE and the location with the least KE

Why do you know this?
CFS:
Accurately describes energy types (KE/PE) by analyzing the observable movement of objects
Accurately identifies the transfer of PE based on an object's position

Why do you know this?
CFS:
Accurately describes energy types (KE/PE) by analyzing the observable movement of objects
Accurately identifies the transfer of KE based on an object's position

Analyze the changes in PE and KE in the image below. then answer the following questions.
Circle the location with the most PE and the location with the most KE
Circle the location with the least PE and the location with the least KE