The external tanks can contain up to 534,900 US gallons of propellant.
The shuttle has two of these.
During shuttle takeoff, the Solid Rocket Boosters detach and fall off the shuttle once they have expended their fuel. The boosters aid in propelling the shuttle into space at the start of its journey.
The orange object on the space shuttle is the external fuel tank. It contains the liquid hydrogen and liquid oxygen that are needed to fuel the shuttle's main engines during launch. Once the fuel is consumed, the tank is jettisoned and burns up in the atmosphere.
The Space Shuttle accelerates greatly after lift-off, - to prevent any inadvertent damage to the nosecone that may occur due to this excessive acceleration, (bird-strikes, small insects, meteorites etc:) The craft is tilted so that the the main fuel tank will absorb any instances of impact. Hence the reason the Shuttle orbits in a rearwards manner.
Space shuttles use a combination of liquid hydrogen and liquid oxygen as fuel for their main engines. These two chemicals combine in a controlled combustion process to produce the thrust needed for the shuttle to launch and navigate through space.
A space shuttle lifts off the ground so easily due to a combination of its powerful engines and controlled combustion of rocket fuel. The engines generate enormous thrust that overcomes gravity, allowing the shuttle to ascend into space. Additionally, the shuttle's aerodynamic design helps minimize air resistance and maximize lift during takeoff.
During shuttle takeoff, the Solid Rocket Boosters detach and fall off the shuttle once they have expended their fuel. The boosters aid in propelling the shuttle into space at the start of its journey.
No.
The orange object on the space shuttle is the external fuel tank. It contains the liquid hydrogen and liquid oxygen that are needed to fuel the shuttle's main engines during launch. Once the fuel is consumed, the tank is jettisoned and burns up in the atmosphere.
The Space Shuttle accelerates greatly after lift-off, - to prevent any inadvertent damage to the nosecone that may occur due to this excessive acceleration, (bird-strikes, small insects, meteorites etc:) The craft is tilted so that the the main fuel tank will absorb any instances of impact. Hence the reason the Shuttle orbits in a rearwards manner.
Space shuttles use a combination of liquid hydrogen and liquid oxygen as fuel for their main engines. These two chemicals combine in a controlled combustion process to produce the thrust needed for the shuttle to launch and navigate through space.
A space shuttle lifts off the ground so easily due to a combination of its powerful engines and controlled combustion of rocket fuel. The engines generate enormous thrust that overcomes gravity, allowing the shuttle to ascend into space. Additionally, the shuttle's aerodynamic design helps minimize air resistance and maximize lift during takeoff.
It uses rocket fuel
The space shuttle uses liquid nitrogen and liquid oxygen as fuel. Generally a sufficient quantity of fuel is carried but if need be re-fuelling can be done in space.
Shuttles are powered by a combination of liquid hydrogen and liquid oxygen, known as rocket propellants. These propellants are mixed and burned in the shuttle's main engines to generate the thrust needed for lift-off. The combustion of liquid hydrogen and liquid oxygen produces a high-energy reaction that propels the shuttle into space.
High octane jet fuel.
A liquid fuel tank
The Space Shuttle Main Engines (SSMEs) also known as the RS-24 engines are liquid fueled reusable engines made by Rocketdyne and burn liquid hydrogen as their fuel and liquid oxygen as the oxidiser. The shuttle has three engines. The fuel is stored in the large orange External Tank strapped to the shuttle's belly. On the way to orbit, the shuttle also uses two reusable solid rocket boosters (SRBs) which provide about 83% of the takeoff thrust. These use a solid fuel containing aluminum (the fuel), ammonium perchlorate (the oxidiser), iron oxide (a catalyst), and the mixture is held together with an epoxy and a binder (which also acts as fuel). While in space, the shuttle uses the reaction control system (RCS) thrusters which are seen on various places on the shuttle orbiter, and two orbital manoeuvering system (OMS) engines. The RCS and OMS use monomethyl hydrazine as the fuel and nitrogen tetroxide as the oxidiser.