- #1
carrz
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The hammer is at 200km and the sickle is at 100km above the Moon. As they fall down, the distance between them increases, or not? We need 'jolt' formula here, the rate of change of acceleration, right?
The hammer and sickle is a symbol often associated with communism and the Soviet Union. Dropping it on the moon from different heights can be seen as a symbolic gesture of the Soviet Union's dominance in the space race during the Cold War.
The purpose of this experiment is to study the effects of gravity and air resistance on objects dropped from different heights on the moon. It can also provide insight into the moon's surface and its composition.
The hammer and sickle will most likely be dropped from a lunar lander or rover, which will release it at different heights above the moon's surface. Alternatively, it could be dropped by a human astronaut from different heights.
Data collected from this experiment may include the time it takes for the hammer and sickle to reach the surface, the distance it travels, and any changes in its trajectory due to air resistance. This data can be used to calculate the acceleration due to gravity on the moon and to study the moon's atmosphere.
To the best of our knowledge, this specific experiment has not been conducted before. However, similar experiments have been done on Earth and on other celestial bodies, such as dropping objects from different heights on Mars. The results of those experiments can provide valuable insights for this experiment on the moon.