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If you break a bone before you go into space because you are an astronaut then no because there are so many requirements to do so. You will be working on the shuttle so it is the use of your hands so no.

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12y ago

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Why do you lose bone density in space?

In space, the lack of gravity-induced pressure on your bones leads to decreased bone density because your body does not need to support its weight in the same way as it does on Earth. As a result, astronauts in space experience bone loss due to reduced mechanical stress on their bones, which can lead to weakened bones and an increased risk of fractures.


Astronauts exercise when in space because bone atrophy under conditions of weightlessness or lack of?

exercise, leading to muscle and bone loss. Regular exercise helps maintain muscle strength and bone density, reducing the negative effects of prolonged space travel on the astronaut's body.


Why do astronauts in space can develop bone weakness?

Astronauts in space can develop bone weakness due to the microgravity environment, which significantly reduces the mechanical loading on their bones. In normal gravity, bones are constantly subjected to stress from weight-bearing activities, which helps maintain bone density through a process called remodeling. In space, the lack of gravitational forces leads to a decrease in bone density, particularly in weight-bearing bones, making astronauts more susceptible to fractures and osteoporosis. To combat this, astronauts engage in regular exercise while in space to help stimulate bone health.


What are the names and years of the space shuttles that crashed?

None of them crashed. Space Shuttle Challenger broke apart in 1986 due to a SRB explosion. Space Shuttle Columbia broke apart during reentry in 2003 due to a whole in it's left wing from foam from the ET hitting it during launch.


Why astronouts having problem with bone weakness after prolonged stay in space?

Astronauts experience bone weakness in space due to the lack of gravity pulling on their bones, which leads to decreased bone density and strength. The reduced mechanical stress on bones in microgravity causes the body to lose calcium and minerals, resulting in bone demineralization. This condition is known as spaceflight osteopenia and can lead to a higher risk of fractures both during and after the mission.