The dissadvantage of the current NASA Shuttle program is that it is outdated. Some of the shuttles still use 8track tapes, so it is cheaper to retire them and bring in a new system instead of update them.
This will depend if by bigger you mean having a larger payload, with the same amount of propellant, or it the payload is the same and only the mass of propellant changes. If you have more propellant/rocket fuel then the rocket will have more energy. The equation E=.5mv2 (e=energy, m=mass, and v=velocity) shows that if you have more energy then the velocity will increase. But if there is more mass then the velocity will be less. So the question is tough to answer with no set values as to the mass of the rocket fuel vs the mass of the payload. However if this is about rockets in space, where the net force acting on the rocket during the trip is effectively zero( no friction in space), then both rockets will go equally far, both will go indefinitely, with one just going faster than the other.
The fastest aircraft publicly known is the SR-71 "Blackbird", which set speed records at 1905.81 knots (2,193.17 mph, 3,529.56 km/h) There may be faster aircraft today; the rumored "Aurora" aircraft using a pulse-jet engine may be capable of Mach 5 or more. The Space Shuttle reaches speeds of up to 17,000 MPH while in orbit, and reaches mach 20 during its return to Earth and landing.
Ship, Space Ship, or plane.
Engineered materials can differ from natural materials in many ways. Engineered ones are made for specific purposes, some to have more tensile strenght like steel and kevlar, others to be more ductil like the elastomers, others to resist to higher temperatures like the ceramics on the space shuttle, others to conduct electricity like silicon based transistors, and so on. They also differ on composition. Engineered materials can be a mix of natural materials (and by this i mean that occur in the nature without human intervention) and man-made, or only man-made materials.
Your thumb on the space bar.
Space Shuttle.
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.
You can not see the space shuttle on Earth, but you can see it in a rocket!
a space shuttle is smaller than an space rocket.
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.
The space shuttle is launched into Outer Space by having it attached to the rocket that launches up as well as the space shuttle and gradually the rocket falls apart and lands in the Pacific ocean. It often lands there. The space shuttle then continues its mission alone.
They use rocketry. A space shuttle is a rocket.
yes.. by space shuttle
The engines for the space shuttle.
By a rocket or space shuttle
The space shuttle has to start straight up, like a rocket.