If we talk about space, then before our eyes there are images where astronauts and objects seem to float in the air.
But what happens to mass in space?
On Earth, we feel our weight (mass) due to gravity, which pulls us to the center of the planet. According to the formula
mass * acceleration of gravity≈ mass*10
(yes, on the scales your fat ass is weight, not mass).
In zero gravity, objects don't press on anything and nothing presses on them.
But this doesn't mean that mass disappears. That is, pushing your fat ass is still necessary, it's just that now you can't lean on anything. The difference is that we dont feel gravity, but only see how everything around us "floats". Even your ass will float, yes.
more simple:
you still have to push a mass ~5kg if you have weight 50 kg on the Earth. You should give it acceleration, etc., although it is not so difficult. There is no need to "fight" with the attraction to the Earth.
Rakanda
2025-01-18 03:02:49 +0000 UTCBrian
2024-10-30 23:06:37 +0000 UTC