Astronauts typically reach the International Space Station (ISS) by riding on a spacecraft, such as the Russian Soyuz or the SpaceX Crew Dragon. These spacecraft are launched from Earth atop rockets and dock with the ISS once in orbit. Astronauts then transfer from the spacecraft to the space station using the docking mechanisms.
Astronauts on the space station have a controlled climate with heating systems to regulate temperature. They also wear special clothing that helps to maintain their body heat. Additionally, the station has insulation to minimize heat loss.
On the International Space Station, you would experience microgravity, so your weight would be significantly less compared to Earth. Astronauts on the ISS feel weightless because they are falling towards Earth as fast as the station itself.
Yes, a space station can carry people. Space stations like the International Space Station (ISS) serve as habitable artificial satellites in space where astronauts live and work for extended periods of time conducting scientific research and experiments.
No because then the frdger would float in space there no gravity
Astronauts typically reach the International Space Station (ISS) by riding on a spacecraft, such as the Russian Soyuz or the SpaceX Crew Dragon. These spacecraft are launched from Earth atop rockets and dock with the ISS once in orbit. Astronauts then transfer from the spacecraft to the space station using the docking mechanisms.
Astronauts on the space station have a controlled climate with heating systems to regulate temperature. They also wear special clothing that helps to maintain their body heat. Additionally, the station has insulation to minimize heat loss.
In a zero gee environment (weightlessness), the Human Body almost immediately begins losing muscle and bone mass. If they did not exercise, Astronauts returning from Space after a long stay on the Space Station would be unable to walk, and would have to be in a wheelchair for weeks before they could learn to walk again.
On the International Space Station, you would experience microgravity, so your weight would be significantly less compared to Earth. Astronauts on the ISS feel weightless because they are falling towards Earth as fast as the station itself.
Yes, a space station can carry people. Space stations like the International Space Station (ISS) serve as habitable artificial satellites in space where astronauts live and work for extended periods of time conducting scientific research and experiments.
Astronauts at the space station can build objects that can't be built on Earth because they can work in a microgravity environment, which allows for unique construction methods and materials to be used. This enables them to create structures and experiments that would be difficult or impossible to make on Earth due to the effects of gravity.
It would be hard but astronauts would of been trained to do that so they can
When the orbiter of the space shuttle reaches space. it mainly performs its mission tasks. Before year 2000 space shuttles were mainly, not necessarily, used for taking cargo into space such as satellites and especially the Hubble Space Telescope. After the start of the International Space Station Program, Space shuttles were mainly used for building the space station in space. when orbiters reached space, they would usually deploy their cargo and astronauts would carry out the required procedure. the space shuttles usually docked with space station and returned to earth after the completion of mission
No because then the frdger would float in space there no gravity
there sweat starts to float in the space shuttle because once the astronauts are exercising in space they would start to sweat
Entering space may cause motion sickness and/or nausea. For obvious reasons it would not help astronauts if they got sick in space or when entering space
Activated charcoal canisters were originally used on the space station Skylab to detect toxic vapors. These canisters would change color if they came into contact with toxic vapors, alerting the astronauts to potential dangers.