Energy in Action: The Ultimate Transfer Challenge

À propos de cette activité

Throughout the six question interactive video assessment, students will be asked to answer multiple choice and short answer questions about the transfer of energy between objects.

Créé par

Amelia Reaser

United States

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Energy in Action: The Ultimate Transfer ChallengeVersion en ligne Throughout the six question interactive video assessment, students will be asked to answer multiple choice and short answer questions about the transfer of energy between objects. par Amelia Reaser 1 How do you predict the two objects will behave when they collide? Izzy is the stationary object. The mom is the moving object. Written answer 2 Was your prediction correct? Why or why not? Written answer 3 How is the height of the golf going to change when dropped in the stack compared to alone? a The golf ball will bounce the same height as before b The golf ball with bounce higher c The golf ball won't bounce at all d The golf ball will stay in the air 4 Based on this conclusion, which ball bounced the least amount off of the ground? Why? Written answer 5 In the video, what will happen to the Newton's cradle when two of the balls are dropped by the user? a Two balls will swing on the left and not the right b One ball will swing on the right and the left c Two balls will swing on the right and left d Two balls will swing on the right but not the left 6 Finally, how will the transfer of energy impact Newton's cradle? Will it continue to go forever or stop, explain. Written answer Explanation 1 Izzy/the stationary object flies backward do to the amount of transfer of energy from the moving object to the stationary. 3 The golf ball will bounce higher. This is due to the transfer of energy between the ground, basketball, and bounce ball into the golf ball. 4 The basketball bounces the least due to the amount of compression put on the ball from the ground and the balls on top. 5 Two balls will swing on the right and left side of the cradle. This is due the transfer of equal energy through the remaining stationary balls. Since there is enough energy moving through to move two balls, two swing. 6 With Newton's cradle is an example of conservation of energy, due to the friction, sound, and heat needed to keep the cradle going energy is lost. This slows the cradle over time and causes it to stop.

Energy in Action: The Ultimate Transfer ChallengeVersion en ligne

Throughout the six question interactive video assessment, students will be asked to answer multiple choice and short answer questions about the transfer of energy between objects.

How do you predict the two objects will behave when they collide? Izzy is the stationary object. The mom is the moving object.

Written answer

Was your prediction correct? Why or why not?

Written answer

How is the height of the golf going to change when dropped in the stack compared to alone?

The golf ball will bounce the same height as before

The golf ball with bounce higher

The golf ball won't bounce at all

The golf ball will stay in the air

Based on this conclusion, which ball bounced the least amount off of the ground? Why?

Written answer

In the video, what will happen to the Newton's cradle when two of the balls are dropped by the user?

Two balls will swing on the left and not the right

One ball will swing on the right and the left

Two balls will swing on the right and left

Two balls will swing on the right but not the left

Finally, how will the transfer of energy impact Newton's cradle? Will it continue to go forever or stop, explain.

Written answer

Explanation

Izzy/the stationary object flies backward do to the amount of transfer of energy from the moving object to the stationary.

The golf ball will bounce higher. This is due to the transfer of energy between the ground, basketball, and bounce ball into the golf ball.

The basketball bounces the least due to the amount of compression put on the ball from the ground and the balls on top.

Two balls will swing on the right and left side of the cradle. This is due the transfer of equal energy through the remaining stationary balls. Since there is enough energy moving through to move two balls, two swing.

With Newton's cradle is an example of conservation of energy, due to the friction, sound, and heat needed to keep the cradle going energy is lost. This slows the cradle over time and causes it to stop.

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Energy in Action: The Ultimate Transfer Challenge

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À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Energy in Action: The Ultimate Transfer ChallengeVersion en ligne

par Amelia Reaser

How do you predict the two objects will behave when they collide? Izzy is the stationary object. The mom is the moving object.

Written answer

Was your prediction correct? Why or why not?

Written answer

How is the height of the golf going to change when dropped in the stack compared to alone?

Based on this conclusion, which ball bounced the least amount off of the ground? Why?

Written answer

In the video, what will happen to the Newton's cradle when two of the balls are dropped by the user?

Finally, how will the transfer of energy impact Newton's cradle? Will it continue to go forever or stop, explain.

Written answer

Explanation

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