Problem? None, it is an awesome fuel. There are dangers, but no fuel as safe for the power. Any fuel can explode. This is easier to deal with and control then most others.
the space shuttle challenger was kind of safe. the only problem was that it was a cold day and the O-rings broke because of the cold.
The space shuttle carries oxygen for the astronauts to breathe. It is necessary for sustaining human life in the spacecraft since there is no atmosphere beyond Earth's atmosphere. Oxygen is also used for various life support systems and for maintaining a safe environment inside the shuttle.
The space shuttle typically took about 2 days to return from the space station to Earth. This allowed for a gradual re-entry process and ensured a safe return for the astronauts.
Yes, the space shuttle was designed for multiple trips into space. Each shuttle was designed to be reused for several missions, reducing the cost of space travel. The shuttle would go through thorough inspections and refurbishment between missions to ensure it was safe for each trip.
In a space shuttle usually but now that has been decommisioned the only way to get into space is to build your own (safe) space craft or go to Russia where you can get into space using their space craft.
To donate it's parts to the Orion program and make them safe for public display.
The exterior of a space shuttle in orbit can experience extreme temperatures that range from about -250°F in the shade to over 250°F in the sun. This is due to the vacuum of space and the unfiltered exposure to the intense solar radiation. As a result, the shuttle's thermal protection system is critical for managing these temperature differentials and keeping the internal systems safe.
During launch the space shuttle speeds up to 17500 MPH. In orbit the space station is going about the same speed. So the shuttle does not have to slow down much. At docking the relative speed of the ISS and shuttle is about 1-2 inchs per second.
Astronauts ride in spacecraft such as the Space Shuttle, Soyuz capsule, or SpaceX Crew Dragon to travel to and from the International Space Station or other destinations in space. These vehicles are designed to provide a safe and controlled environment for astronauts during their journey.
The shuttle is traveling at a tremendous speed. In order to come out of orbit, the shuttle must slow down. When flipped backwards, the shuttle fires it's engines to slow down and enter the atmosphere. The shuttle begins to be slowed down by the atmosphere as it flips to a forward position for a proper landing.
Space rockets and space shuttles are both vehicles designed to carry astronauts and cargo into space. They both rely on powerful engines to propel them beyond Earth's atmosphere and into space. Additionally, both vehicles require precise engineering and technology to ensure successful missions and safe returns to Earth.