NASA showed a video of the fall of astronauts on the moon

. However, moving in low gravity is not easy.

NASA has prepared a detailed report for each case where the astronauts lost their point of support. And each of them has a scientific explanation quite logical.

The mission of Apollo 15 was to study the rate of astronaut metabolism by moving in different parts of the lunar surface: in the mountains, in the mountains and on a horizontal surface.

Members of the Apollo 16 mission were to appreciate the differences in agility and mobility on Earth and the Moon to better understand the gravity of the moon and its impact on the movement of the Moon's surface [19659003] Despite the reduction in weight (the force with which the body acts on the horizontal support or the vertical suspension) on the Moon, the mass (body of inertia) remains unchanged.

Consequently, inertia, which is the resistance of the mass of movement and which is associated with mass, not with weight, also remains unchanged. Thus, an astronaut who moves on a lunar surface does so under other conditions, resulting in rebounds and incidents.

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