EXERCISE 12 Quiz Challenge

Froggy Jumps

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Test your knowledge on the content of 'EXERCISE 12' with this fun quiz game!

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Diana

Mexico

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Froggy Jumps EXERCISE 12 Quiz ChallengeOnline version Test your knowledge on the content of 'EXERCISE 12' with this fun quiz game! by Diana 1 PROBLEM 1: In certain instant, a mortar projectile develops a 60 m/s velocity. If the potential energy in that point is half of its kinetic energy, what is the height above the ground? a 91.83 b 621.4 c 35.5 2 PROBLEM 2: In the next figure, an 8 kg cart has an initial velocity of 7 m/s before going down. Despite the friction and find the velocity when the cart arrives to point B. a 21 m/s b 1568 J c 1764 J 3 PROBLEM 3: For the last figure, what is the velocity of the cart at point C? a 16.9 m/s b 21 m/s c 284.2 m/s 4 PROBLEM 4: An 18 kg weight is lifted up to 12 m in height and then is released in free fall. What are the potential energy, kinetic energy and total energy at: the highest point a U= 2116.8 J, K=0, E=2116.8 b U= 529.2 J, E=2116.8J, 1587.6 J c U=0, K=0, E=1587 J 5 PROBLEM 4: An 18 kg weight is lifted up to 12 m in height and then is released in free fall. What are the potential energy, kinetic energy and total energy 3 m above the ground? a U=529.2 J, K=1587.6J, E=2116.8 J b U=0, K=1587.6 J, E=1587.6 J c U=1587.6 J, K=0, E=2116.8 6 An 18 kg weight is lifted up to 12 m in height and then is released in free fall. What are the potential energy, kinetic energy and total energy at the ground: a U=0, K=2116.38J, E=2116.8 J b K=0, U=2116.38J, E=2116.8 J c U=0, K=2116.8J, E=0 7 PROBLEM 5: a U= 156.8 J, K=235.2 J b U=627.2 J, K0, E=784 J c U=784, K=627.2 J, E=784 J

Froggy Jumps

EXERCISE 12 Quiz ChallengeOnline version

Test your knowledge on the content of 'EXERCISE 12' with this fun quiz game!

by Diana

PROBLEM 1: In certain instant, a mortar projectile develops a 60 m/s velocity. If the potential energy in that point is half of its kinetic energy, what is the height above the ground?

91.83

621.4

35.5

PROBLEM 2: In the next figure, an 8 kg cart has an initial velocity of 7 m/s before going down. Despite the friction and find the velocity when the cart arrives to point B.

21 m/s

1568 J

1764 J

PROBLEM 3: For the last figure, what is the velocity of the cart at point C?

16.9 m/s

21 m/s

284.2 m/s

PROBLEM 4: An 18 kg weight is lifted up to 12 m in height and then is released in free fall. What are the potential energy, kinetic energy and total energy at: the highest point

U= 2116.8 J, K=0, E=2116.8

U= 529.2 J, E=2116.8J, 1587.6 J

U=0, K=0, E=1587 J

PROBLEM 4: An 18 kg weight is lifted up to 12 m in height and then is released in free fall. What are the potential energy, kinetic energy and total energy 3 m above the ground?

U=529.2 J, K=1587.6J, E=2116.8 J

U=0, K=1587.6 J, E=1587.6 J

U=1587.6 J, K=0, E=2116.8

An 18 kg weight is lifted up to 12 m in height and then is released in free fall. What are the potential energy, kinetic energy and total energy at the ground:

U=0, K=2116.38J, E=2116.8 J

K=0, U=2116.38J, E=2116.8 J

U=0, K=2116.8J, E=0

PROBLEM 5:

U= 156.8 J, K=235.2 J

U=627.2 J, K0, E=784 J

U=784, K=627.2 J, E=784 J

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EXERCISE 12 Quiz Challenge

Froggy Jumps

About this activity

Created by

Download the paper version to play

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EXERCISE 12 Quiz ChallengeOnline version

by Diana

PROBLEM 1: In certain instant, a mortar projectile develops a 60 m/s velocity. If the potential energy in that point is half of its kinetic energy, what is the height above the ground?

PROBLEM 2: In the next figure, an 8 kg cart has an initial velocity of 7 m/s before going down. Despite the friction and find the velocity when the cart arrives to point B.

PROBLEM 3: For the last figure, what is the velocity of the cart at point C?

PROBLEM 4: An 18 kg weight is lifted up to 12 m in height and then is released in free fall. What are the potential energy, kinetic energy and total energy at: the highest point

PROBLEM 4: An 18 kg weight is lifted up to 12 m in height and then is released in free fall. What are the potential energy, kinetic energy and total energy 3 m above the ground?

An 18 kg weight is lifted up to 12 m in height and then is released in free fall. What are the potential energy, kinetic energy and total energy at the ground:

PROBLEM 5:

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