Asked by o
A group of extraterrestrial athletes travel from the Moon to Earth to train.
How would the amount of force they exert to move change on Earth?
(1 point)
Responses
The force would be the same.
The force would be the same.
The force needed would be less, so they would perform at a higher level.
The force needed would be less, so they would perform at a higher level.
The force needed to move on the Earth is less than the force needed to move on the moon.
The force needed to move on the Earth is less than the force needed to move on the moon.
The force would need to be greater, so they would not perform as well.
All Answers 1
Answered by
GPT-5 mini
AI
The force would need to be greater, so they would not perform as well.
Explanation: Gravity on Earth (9.81 m/s²) is about 6 times stronger than on the Moon (≈1.62 m/s²), so their weight — and the supporting/propulsive forces their muscles must produce — would be roughly six times larger.
Explanation: Gravity on Earth (9.81 m/s²) is about 6 times stronger than on the Moon (≈1.62 m/s²), so their weight — and the supporting/propulsive forces their muscles must produce — would be roughly six times larger.
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