This depends on a lot of things such as the distance from the earth, mass, etc.
it lets you orbit around space and go back to earth safely
The planets do not orbit the Earth, they orbit the sun.
the same thing an astranaut uses. Me? I use my T.I.E. fighter, but most astronauts use a moon orbiter - a small capsule attach to a huge rocket that gets them into space and near the moon. The orbiter has small jets to control where it goes in orbit. In some of the missions there has been a lander that separated from the orbiter and allowed astronauts to walk on the moon, then rejoin the orbiter for the trip home. Note: The Lunar orbiters have all been 1 time use vehicles and the Space Shuttle was never designed as a lunar orbiter, but as an Earth Orbiter, a freight truck between earth surface and low earth orbit.
Saturn does not orbit the Earth; it orbits the Sun. The Moon orbits the Earth.
Faster than you
The use of a telescope from orbit is going to be more clear. It is not very easy to do so, though. The orbit eliminates atmospheric interference. However, you have to get the telescope into orbit in order to use it. And connect to it from your remote location.
About 30 km. per second.
17,500 mph
In its orbit around the Sun, the Earth moves at 30 km/second.
The orbiter's velocity on orbit is approximately 25,405 feet per second (17,322 statute miles per hour). In order to return to earth, the shuttle fires its Orbital Manuevering Engines (OMS) in the direction opposite to its orbit . It only slows down by about 200 m.p.h. in order to begin "falling" back to earth. by abdi2k10!!!!!!
it depends how fast your going
There are a number of reasons why the shuttle rolled to a "heads down" position with the crew cockpit facing down. This is the position the orbiter is in while in orbit. Many of the antennae the orbiter uses to communicate with the ground are located on the top of the orbiter. This "heads down" position maximizing performance of these communications. This also allows the the shuttle to reach the orbit required for its low earth orbit missions. After clearing the launch tower, the shuttle stack performs a roll and pitch set its orbital inclination to achieve low orbit. T We think of the shuttle launching upwards to reach orbit but acceleration is much more horizontal than vertical. This is required to reach the over 17,000 mph required to achieve low earth orbit.