There are a lot of systems in the orbiter to control and monitor!
There's stuff for the shuttle: The flight systems, the environmental controls, power to the different parts of the shuttle, fuel systems, communications systems of all flavors and types, navigation, many computers, and of course all the redundant backups that go with it!
Then there's the stuff that is used to control systems like the external tank, the SRBs, the gantry, etc.
That's not to say about the power and control for the experiments they have on board plus the remote arm in the cargo bay.
Many reasons. For one, the telescope was started and designed specifically with the space shuttle in mind. It was launched on a space shuttle, and only the space shuttle's ability to carry astronauts and capture satellites with the robotic arm made the correctional repairs possible. Several servicing missions by space shuttles have upgraded and replaced vital parts to extend the telescope's life and keep it in orbit. After the Columbia disaster, the space shuttle and telescope's futures were both in question. If the space shuttle never existed, we wouldn't have the Hubble space telescope either.
A Space Station monitors the Space Shuttle being launched into space and so forth. And a Space Shuttle, is like a rocket they send into space. So the difference is a space shuttle is a rocket, and a space station is a building.
two to seven people can stay in a space shuttle at one time. so not over 8 people. I researched this so you know it is right. I am in middle school. just to let you know.
About one hour. The speed of the space shuttle can be between 18000 to 26000 miles per hour, so it can make one orbit about every hour.
The solid rocket boosters used by the space shuttle separate and fall away once they are burnt out, so there is no risk of them catching the shuttle on fire. Additionally, the boosters are designed to burn cleanly without producing excess flames or residue that could harm the shuttle.
During the launch and re-entry of the Space Shuttle, the Astronauts must wear the large bulky gloves that are part of their space suits. The controls and switches are made larger so that they are easier to use while wearing those golves.
Technically, as an astronaut is weightless in space, so should a space shuttle!
In a space shuttle at outer space, you will be going almost 100mp so you will not feel so well when you get out probably
the dimensions of the first space shuttle are what they are that is the way that they were made so if you have a problem wiht that deal with it
Many reasons. For one, the telescope was started and designed specifically with the space shuttle in mind. It was launched on a space shuttle, and only the space shuttle's ability to carry astronauts and capture satellites with the robotic arm made the correctional repairs possible. Several servicing missions by space shuttles have upgraded and replaced vital parts to extend the telescope's life and keep it in orbit. After the Columbia disaster, the space shuttle and telescope's futures were both in question. If the space shuttle never existed, we wouldn't have the Hubble space telescope either.
she was in nasa and nasa as a space shuttle is know shut down so yes the program is over
There have been a total of 128 space shuttle flights so far.This does not include those flown by Enterprise as these were test flights
A Space Station monitors the Space Shuttle being launched into space and so forth. And a Space Shuttle, is like a rocket they send into space. So the difference is a space shuttle is a rocket, and a space station is a building.
two to seven people can stay in a space shuttle at one time. so not over 8 people. I researched this so you know it is right. I am in middle school. just to let you know.
About one hour. The speed of the space shuttle can be between 18000 to 26000 miles per hour, so it can make one orbit about every hour.
The solid rocket boosters used by the space shuttle separate and fall away once they are burnt out, so there is no risk of them catching the shuttle on fire. Additionally, the boosters are designed to burn cleanly without producing excess flames or residue that could harm the shuttle.
For her second trip to space she did not go on a space shuttle. She travelled in 2012, but the last space shuttle was in 2011. So in 2012 she went on Soyuz TMA-05M, a Russian space craft. She went on it to the International Space Station.