one problem is weight gain or loss because of micro gravity and your body is no longer working hard to keep your self upright also bone loss if you stay for long periods of time in space because the micro gravity minimizes the need for bones or supports at all.
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Weightlessness in outer space can lead to muscle atrophy, bone density loss, cardiovascular deconditioning, and a weakened immune system in astronauts. It can also disrupt the fluid distribution in the body, causing issues with balance and vision. Additionally, long-term exposure to weightlessness can have negative psychological effects such as feelings of disorientation and isolation.
Weightlessness is the effect that astronauts enjoy in space.
The astronauts experienced weightlessness during their spacewalk.
No, one ton would not float in outer space because weightlessness in space is due to the absence of gravity, not because of buoyant forces. In space, objects with mass will still have weight but will appear weightless due to the lack of a gravitational force pulling them down.
Being in a space shuttle in outer space would likely feel both exhilarating and awe-inspiring. The feeling of weightlessness and looking out at the vastness of space would be overwhelming yet incredibly exciting. It could also induce a sense of vulnerability and isolation due to being so far from Earth.
The astronaut experienced weightlessness during his spacewalk.