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The Space Shuttle used two solid rocket boosters during liftoff. These solid rocket boosters provided the additional thrust needed to propel the shuttle into orbit before separating and falling back to Earth.
Solid rocket boosters provide additional thrust during liftoff to help launch the space shuttle into orbit. They are also more cost-effective and reliable than liquid-fueled rockets. Additionally, the boosters can be jettisoned after use, contributing to the shuttle's overall efficiency.
The main use of a body section of a rocket is most likely to store fuel. As you can see in rocket launches it detaches after the boosters are used up and only the main capsule remains. This is seen in starlit launches where the main satellite detaches and the body falls back to earth along with the detached boosters.
Space shuttles use fuel when taking off and for control while in orbit, deorbiting, and landing. The main takeoff engines use liquid hydrogen and liquid oxygen, and there are two solid-fuel rocket boosters. In orbit, the shuttle uses thrusters that burn hydrazine and nitrogen tetroxide.
The Space Shuttle used approximately 1.6 million pounds (800 tons) of solid rocket fuel during liftoff. This solid rocket fuel was primarily used in the twin solid rocket boosters that provided the initial thrust to launch the shuttle into space.
Cause it suck dicks
The Space Shuttle used two solid rocket boosters during liftoff. These solid rocket boosters provided the additional thrust needed to propel the shuttle into orbit before separating and falling back to Earth.
Stations are built in space; Shuttles use rocket boosters.
By the use of it's three Main Engines and two Solid Rocket Boosters.
There are 2 solid rocket boosters (white things) and one fuel tank (red thing) the solid rocket boosters do all the work and use up the fuel in the fuel tank and then both the solid rocket boosters and the fuel tank fall off and are collect on earth and reused (there is a secondary fuel tank built in to the actual to take were it need to go once its in space)
Solid rocket boosters provide additional thrust during liftoff to help launch the space shuttle into orbit. They are also more cost-effective and reliable than liquid-fueled rockets. Additionally, the boosters can be jettisoned after use, contributing to the shuttle's overall efficiency.
The main use of a body section of a rocket is most likely to store fuel. As you can see in rocket launches it detaches after the boosters are used up and only the main capsule remains. This is seen in starlit launches where the main satellite detaches and the body falls back to earth along with the detached boosters.
Same: solid rocket boosters and liquid hydrogen/oxygen main engines.
Space shuttles use fuel when taking off and for control while in orbit, deorbiting, and landing. The main takeoff engines use liquid hydrogen and liquid oxygen, and there are two solid-fuel rocket boosters. In orbit, the shuttle uses thrusters that burn hydrazine and nitrogen tetroxide.
The SRBs (Solid Rocket Boosters) use solid fuel. The 3 main engines and the OMS (Orbital Maneuvering System) use liquid fuel stored in the External Tank.
The Space Shuttle used approximately 1.6 million pounds (800 tons) of solid rocket fuel during liftoff. This solid rocket fuel was primarily used in the twin solid rocket boosters that provided the initial thrust to launch the shuttle into space.
Two ships leave their dock at the Kennedy Space Center several days ahead of a launch and are positioned in the Atlantic Ocean, in the general area approximately 130 nautical miles from the Florida coast where the solid rocket boosters return to Earth. When the boosters are jettisoned, they descend by means of parachutes and land in the ocean. Divers close off the bottom each booster and pump them with compressed air to remove the seawater. The now floating boosters are towed by each ship back to the Kennedy Space Center where they are disassembled and returned via rail to Thiokol in Utah for refurbishment and repacked with solid propellent. Segments of the boosters are returned via rail to the Kennedy Space Center for use on a future shuttle mission.