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There are currently eleven astronauts in the International Space Station (ISS). The names of the astronauts are:

  • Andrew Morgan
  • Oleg Skripochka
  • Jessica Meir
  • Christina Koch
  • Alexander Skvortsov
  • Luca Parmitano
  • Anatoly Ivanishin
  • Kathryn Hire
  • Hazzaa Ali Almansoori
  • Nick Hague
  • Aleksandr Skvortsov

These eleven astronauts are currently working on a variety of experiments and research in the ISS.

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Eliseo Weimann

Lvl 10
2y ago

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How mant astronouts have been to space?

how mant astronauts have been to space


How do Rocket Ships come back to Earth without crashing?

It falls into the Atlantic ocean and then explodes and the astronouts sit in the yellow sumbmarimes( so the fish can see it) which are stored inside the rocket and are bullet proof like hummers. The impact of the explosion propels the sumbarimes to the closest shore where they wash up like whales and then are rescued by NASA. This is a very dangerous procedure as the astronouts and the sumbarimes are sometimes hijacked by pirates or cannibles and are never found again.


Who are the 3 astronouts rode the Apollo 11?

The three astronauts who rode the Apollo 11 mission to the moon were Neil Armstrong, Buzz Aldrin, and Michael Collins. Neil Armstrong and Buzz Aldrin became the first and second humans to walk on the moon. Michael Collins remained in lunar orbit aboard the Command Module.


How do astronouts move in space?

Astronauts move in space using thrusters on their spacesuit or spacecraft to propel themselves. They also use tethers and handrails to anchor themselves and maneuver in microgravity conditions. Additionally, they can use momentum and inertia to change direction and navigate in the vacuum of space.


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.