Astronauts mostly just have to tolerate the G-forces and put up with them until the re-entry stresses are over. They sit in cushioned chairs, which helps them.
Re-entry. Kind of anticlimactic, isn't it?
Astronauts need to be fastidious about putting everything away before reentry to ensure safety and prevent clutter from floating in the spacecraft, which could interfere with critical systems or pose hazards during reentry. Proper stowage minimizes the risk of items becoming projectiles in the cabin's low-gravity environment. Additionally, it helps maintain an organized workspace, allowing the crew to focus on their tasks and emergency procedures during a crucial phase of the mission.
Astronauts have not landed on Uranus and Neptune, as they have only visited the Moon, Mars, and the satellites of Jupiter and Saturn. Exploration of these distant gas giants would require advanced technology and significant challenges to overcome.
Yes, they do.
They could, but as of now, no astronauts have travelled to any other planets in the solar system.
Astronauts stayed inside the Apollo Command Module during launch and reentry. This module was attached to the Saturn V rocket during launch and detached for reentry to bring the astronauts safely back to Earth.
no, all the astronauts on the final mission of columbia died during reentry.
Astronauts typically land in the ocean using a parachute, with recovery teams on standby to help retrieve them. The landing sites are predetermined and chosen to ensure the safety of the crew members upon reentry. This process is part of the controlled reentry and landing procedures of space agencies.
Look on Wikipedia unless you know the answer.-Acaheny & Ausia
Look on Wikipedia unless you know the answer.-Acaheny & Ausia
NASA used a combination of velocity measurements, trajectory data, and communications with the spacecraft to calculate the reentry angle and timing needed to bring the astronauts safely back to Earth. These measurements were crucial in ensuring a precise and controlled reentry into the Earth's atmosphere for a successful splashdown.
Reentry describes the process of returning astronauts to Earth from space. During reentry, the spacecraft passes through the Earth's atmosphere, experiencing high temperatures due to friction with the air. The spacecraft's heat shield helps protect it from burning up during this phase.
Astronauts in space experience microgravity, where they are in a state of continuous free fall around the Earth. This creates the sensation of weightlessness. They do not completely overcome gravity, but rather experience an environment where the effects of gravity are significantly reduced due to the spacecraft's orbital motion.
Up to 6gs in racing, sometimes more in a crash.
During reentry, the space shuttle experiences deceleration forces of around 3 g's. This means that the astronauts onboard would feel a force three times stronger than the force of gravity pulling them towards the Earth.
The maximum acceleration that was experienced during normal shuttle liftoff was about 3g. During reentry, astronauts experienced approximately 1.5g.
Yes, a pressure suit (otherwise known as a space suit) is a fundamental safety feature used on almost all space flights. The Soviets sent a few people up without one, but the United States requires that all its astronauts wear their pressure suit, including their helmet, during launch and reentry. The only U.S. crew that did not wear their helmets during reentry was the Apollo 7 crew. All 3 of them contracted severe head colds while in space. They felt their eardrums might burst due to sinus pressure if they had their helmets on during reentry. NASA administrators did not agree. None of the Apollo 7 astronauts ever flew again