147,000 gallons of liquid oxygen
400,000 gallons of liquid hydrogen
they burn 1/2 a ton of fuel a second
The Space Shuttle's External Tank carries 383,000 gallons of liquid hydrogen and 143,000 gallons of liquid oxygen to power the Space Shuttle Main Engines. The SSMEs burn for about 8.5 minutes (510 seconds), which means they consuming about 751 gallons of hydrogen per second and 280 gallons of oxygen per second, or about 1031 gallons of propellant overall per second. As an aside, the Solid Rocket Boosters each carry 1,000,000 pounds of solid propellant (both fuel and oxidizer are combined) and burn for about two minutes. So, that equates to about 16,667 pounds of propellant per second for the SRBs.
because there is no oxygen in space so fire can't burn the shuttle
crash and burn
The Space Shuttle's nose is round because if it were pointed, the nose, and then the rest of the craft, would burn up from reentry into the earth's atmosphere.
they burn 1/2 a ton of fuel a second
The Space Shuttle's External Tank carries 383,000 gallons of liquid hydrogen and 143,000 gallons of liquid oxygen to power the Space Shuttle Main Engines. The SSMEs burn for about 8.5 minutes (510 seconds), which means they consuming about 751 gallons of hydrogen per second and 280 gallons of oxygen per second, or about 1031 gallons of propellant overall per second. As an aside, the Solid Rocket Boosters each carry 1,000,000 pounds of solid propellant (both fuel and oxidizer are combined) and burn for about two minutes. So, that equates to about 16,667 pounds of propellant per second for the SRBs.
because there is no oxygen in space so fire can't burn the shuttle
The shuttle does not fire it's engines in space, it only fires orbit adjusters.
Clinton
crash and burn
The Space Shuttle's nose is round because if it were pointed, the nose, and then the rest of the craft, would burn up from reentry into the earth's atmosphere.
Frozen chunk of insulating foam about the size of a small suitcase broke off tank and struck wing just after liftoff, shattering several leading edge carbon/ceramic high temperature tiles. On reentry the frictional heat with the air was able to get in this hole, melt the wing off, causing the shuttle to tumble out of control and burn up like a meteor.
The Space Shuttle Main Engines burn Hydrogen and Oxygen. The byproduct of this reaction is water. The formula would be: 2H2 + O2 = 2H20 + energy
a considerable amount for what is really a very short burn.
Answer: All combustion reactions require oxygen, since there is no oxygen in space, they must bring it with them.
The tiles on the space shuttle form a heat shield. The shuttle enters the Earth's atmosphere at high speed, which creates very high temperatures that would burn up the vehicle if it was not protected.