During the Apollo EVAs, normal suit operating pressure was about 3.8 psi
The Space Shuttle/ISS Extravehicular Mobility Unit (EMU) operates at approximately 4.3 psi.
The pressure gauge on a space suit is used to monitor and maintain the correct pressure inside the suit to ensure that the astronaut is protected from the vacuum of space. It helps regulate the suit's internal environment and ensures the astronaut can breathe and move properly.
Astronauts wear pressurized suits in space to protect themselves from the vacuum of space, which has no air pressure. The suit provides a breathable atmosphere, regulates temperature, and maintains the necessary pressure for survival in the harsh conditions of space. It also shields astronauts from harmful radiation and micrometeoroids.
The pressure in the astronaut's suit helps to counteract the lack of atmospheric pressure in space, preventing the body from swelling due to the vacuum of space. This pressure also helps to maintain a stable environment for the body's fluids and gases, allowing the astronaut to breathe and move more comfortably in space.
It is possible to travel into space without a space suit, but if the capsule lost pressure, the astronauts blood would boil and they would be dead in about a minute.
A space suit typically consists of a helmet, an upper torso garment (such as a pressure suit), gloves, lower torso coverings (such as pants), and boots. Each component is designed to provide protection against the harsh environment of space, including extreme temperature fluctuations, micrometeoroids, and lack of atmospheric pressure.
The pressure gauge on a space suit is used to monitor and maintain the correct pressure inside the suit to ensure that the astronaut is protected from the vacuum of space. It helps regulate the suit's internal environment and ensures the astronaut can breathe and move properly.
Astronauts wear pressurized suits in space to protect themselves from the vacuum of space, which has no air pressure. The suit provides a breathable atmosphere, regulates temperature, and maintains the necessary pressure for survival in the harsh conditions of space. It also shields astronauts from harmful radiation and micrometeoroids.
"There is not atmosphere in space, so there is not pressure, and your body would explode without a suit applying artificial pressure. Also you wouldn't be protected in any way from solar radiation and would probably fry. Of course you also need the Oxygen the suit provide to breathe. "
The pressure in the astronaut's suit helps to counteract the lack of atmospheric pressure in space, preventing the body from swelling due to the vacuum of space. This pressure also helps to maintain a stable environment for the body's fluids and gases, allowing the astronaut to breathe and move more comfortably in space.
It's called a space suit
It is possible to travel into space without a space suit, but if the capsule lost pressure, the astronauts blood would boil and they would be dead in about a minute.
A space suit typically consists of a helmet, an upper torso garment (such as a pressure suit), gloves, lower torso coverings (such as pants), and boots. Each component is designed to provide protection against the harsh environment of space, including extreme temperature fluctuations, micrometeoroids, and lack of atmospheric pressure.
a high tec space suit because of the extream heat and pressure!!
Evgeniy Chertovsky created the full-pressure suit or high-altitude space suit, including helment, "skafandr" in 1931.
It is quite simple, it would be possible but if you were in a space suit. SMELLY but without a space suit you will be dead in 30 second cuz of the pressure. But good thing about farting in space is that you couldn't smell it. (Providing you dont have a space suit on) Edit: lol, fart in ur spacesuit, n u smell dat 4eva!
Yes, in space, the lack of atmospheric pressure can cause a person's head to explode if they are not wearing a pressurized suit to maintain the necessary pressure around their body.
Breathing is not possible in space. Except inside a space suit or other container filled with gas at significant pressure. But then you're not actually breathing "in space".