Firstly, the lower boundary of the exosphere is 600km so the Space shuttle would have no need to be orbiting in the exosphere. Most of the time the space shuttle missions are to the ISS which orbits at a height of 370km. This is in the Thermosphere (approx 100km - 600km).
The purpose of its thrusters are to aid in takeoff, docking with satellites, and reducing its speed to begin re-entry into earth's atmosphere.
The rocket simply relies on its little rocket thrusters to move around.
I believe the space station is equipped with thrusters (small rocket engines), that can make corrections or altitude changes when necessary without the shuttle.
Presumably the most important force on an accelerating space shuttle is the force of the rocket engines (thrusters). Certainly other forces are present, including gravity and air friction.
3 main liquid fuel engines, 2 solid-stage rocket boosters, and 25 compressed gas thrusters for maneuvering.
it uses reverse thrusters
The thrusters at the bottom of the rocket ship.
Either by thrusters or a rocket engine. Thrusters work by small puffs of gass, usually CO900. Rocket engines work fuel.
Absolutely. That's what being in orbit means. As long as the Shuttle remains in orbit it uses no power. When it wants to come back to Earth. It uses its rocket engines to slow down, the it falls back to earth.
a rocket or shuttle will travel up to 25,000 mile per hour
The force of the thrusters pushes the rocket upward, beating the force of gravity.
A rocket and capsule.
Answer The Space Shuttle is a rocket. By definition, a Rocket is a vehicle that burns gas that it carries with it. Where as, a jet airplane burns the oxygen from the air and is not a rocket. The Rocket when it is launched has a liquid fuel rocket engines at the back end of it. It also has two long, solid fuel rocket engines that separate after launch. But the space shuttle is pulled by a rocket.