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The gravity on Mercury, for example, is less than half that on Earth, so you’ll be able to jump about 4 ft high. But if you were to jump being on Venus, you’d make it just shy of 1.7 ft high ...
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Jan 10, 2017 · On Earth, a good leap can clear over half a metre (1.6 feet) in a second. But hop with the same force elsewhere in the Solar System - someplace like the Moon , Mars , or even a comet - and all bets are off, due to the different masses of those worlds.
Jun 20, 2023 · Everyone jumps differently, of course, but the average jump height on Earth is around 23.6 inches (60 centimeters) without getting into high jump techniques. So, given a suitable lunar base...
- Robin Hague
High jump. If you can jump half a metre high on the Earth, how high could you jump on other objects in the Solar System? Caution: take care when jumping on small bodies - you may never come back down.
Getting satellites into orbit is hard enough - they need to be hurled into space with enough energy to reach around 26,000km/h. But staying in orbit means avoiding losing energy to the Earth's atmospheric drag.
Oct 6, 2020 · Communications don’t occur instantaneously. They’re bound by a universal speed limit: the speed of light, about 186,000 miles per second. For spacecraft close to Earth, this time delay — or communications latency — is almost negligible. However, farther from Earth, latency can become a challenge.
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Jul 20, 2021 · On Earth, an average person with a good jump can clear over half a meter (1.6 feet) in a second. But jump with the same force elsewhere in the Solar System - someplace like the Moon,...
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