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Spacecraft need to be pressurized to provide a breathable environment for astronauts. Without pressure, the fluids in the body would boil due to the low pressure, which is harmful to human health. Pressurization also keeps the spacecraft's structural integrity by maintaining a stable internal pressure against the vacuum of space.
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Why do astronats have to whaer pressurized space suits when thay are working outside the space shuttle?
Because space is like a vacuum. If they went outside of their spacecraft without a pressurized suit, their bodies with stretch like putty.
Why is spacecraft pressurized?
Spacecraft are pressurized to maintain a habitable environment for humans and sensitive equipment inside. Pressurization provides a stable atmosphere with proper levels of oxygen and carbon dioxide for breathing, and also helps to regulate temperature and humidity. It also protects against the vacuum of space, which could cause fluids to boil and have negative effects on electronics.
Is a space probe a manned or unmanned spacecraft?
Unmanned - Space probes are a form of robotic spacecraft.
What extraterrestial people invented the spacecraft?
There is no definitive evidence to suggest that any extraterrestrial people invented spacecraft. The development of spacecraft on Earth is attributed to human technology and ingenuity. The idea of extraterrestrial involvement in spacecraft technology remains a matter of speculation and not supported by concrete evidence.
How much air is in a space suit?
A space suit contains a small amount of oxygen for the astronaut to breathe. The suit is not pressurized with air like a scuba tank, but instead relies on the oxygen supply from the spacecraft or through a portable life support system.
Are you capable in listening when you are in space?
Only to those sounds inside the pressurized space suit or spacecraft you are in.
Why do astronats have to whaer pressurized space suits when thay are working outside the space shuttle?
Because space is like a vacuum. If they went outside of their spacecraft without a pressurized suit, their bodies with stretch like putty.
Why is spacecraft pressurized?
Spacecraft are pressurized to maintain a habitable environment for humans and sensitive equipment inside. Pressurization provides a stable atmosphere with proper levels of oxygen and carbon dioxide for breathing, and also helps to regulate temperature and humidity. It also protects against the vacuum of space, which could cause fluids to boil and have negative effects on electronics.
Is it feasible for a spacecraft to have a mass driven propulsion system such as an object being forced between two separately pressurized atmospheres within the craft?
no
Do astronauts have have to wear the space suits all the time?
No, they only have to wear these when outside the pressurized environment of the spacecraft or during periods when the spacecraft may become compromised.
What do you need to where on Mars?
Well since there is no atmosphere you'll need to wear a space suit that is pressurized and you need a oxygen tank
How does a astronauts eat with their space suits?
They have to be in a pressurized capsule, and remove their helmets in order to eat. Alternatively, they could raise their face shield, but they would still need to be in a pressurized capsule.
How long a time could you live on the Moon?
Humans could only survive on the Moon in spacecraft-like pressurized habitats, and almost everything you would need would have to be carried there from Earth. The lunar environment would provide power, heat, likely a source of water, and possibly materials to produce rocket fuel.
How do you use pressurized in a sentence?
I didn't want to do it but I felt pressurized into it.
Why is water boiling out of the radiator?
if its out of the top you might need a new cap they are pressurized and sometimes the spring is bad
Why do astronauts have to wear bunny suits when working on instruments in space?
They need air and an atmospheric pressurized environment.
How do you travel unto space?
You need a spacecraft that will exceed escape velocity.
