Could You Throw A Rock Off The Moon at Benjamin Norma blog

Could You Throw A Rock Off The Moon. If you were on mars' moon deimos for example, though, you would only need. The escape velocity of the moon is around 2.38 km/s, which is a good. The earth's escape velocity is about 11,000 m/s, and the moon's is 2,400 m/s, so it's not even close. It's about 1/6th as strong as gravity on earth. On ceres, it's still about 500 m/s. This means that you would have to throw an object at a speed. This is weak enough that astronauts can jump and throw things. You could, but it wouldn't be super easy. The escape velocity * of the moon is about 2400 meters/second (5400 milers per hour). The statements a and b are compared and the correct answer is clarified. Throwing a ball on the moon would be different from throwing a ball on earth because the moon has a weaker gravitational force. The moon's escape velocity is ~2376 m/s (5314 mph). First of all, you have to get off of the moon. The conversation also addresses the force needed to throw an. The first reason you want to throw something heavier is that when you apply a force on a heavier object, it won't have as much of an.

Untouched Apollo Moon rocks to be studied at NASA
from www.rocketcitynow.com

First of all, there is gravity on the moon. The first reason you want to throw something heavier is that when you apply a force on a heavier object, it won't have as much of an. The conversation also addresses the force needed to throw an. The statements a and b are compared and the correct answer is clarified. It's about 1/6th as strong as gravity on earth. The escape velocity of the moon is around 2.38 km/s, which is a good. If you were on mars' moon deimos for example, though, you would only need. The earth's escape velocity is about 11,000 m/s, and the moon's is 2,400 m/s, so it's not even close. The escape velocity * of the moon is about 2400 meters/second (5400 milers per hour). You could, but it wouldn't be super easy.

Untouched Apollo Moon rocks to be studied at NASA

Could You Throw A Rock Off The Moon The conversation also addresses the force needed to throw an. First of all, you have to get off of the moon. The earth's escape velocity is about 11,000 m/s, and the moon's is 2,400 m/s, so it's not even close. The statements a and b are compared and the correct answer is clarified. Throwing a ball on the moon would be different from throwing a ball on earth because the moon has a weaker gravitational force. The escape velocity * of the moon is about 2400 meters/second (5400 milers per hour). It's about 1/6th as strong as gravity on earth. The first reason you want to throw something heavier is that when you apply a force on a heavier object, it won't have as much of an. You could, but it wouldn't be super easy. This is weak enough that astronauts can jump and throw things. On ceres, it's still about 500 m/s. First of all, there is gravity on the moon. This means that you would have to throw an object at a speed. The moon's escape velocity is ~2376 m/s (5314 mph). The conversation also addresses the force needed to throw an. If you were on mars' moon deimos for example, though, you would only need.

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