The liquid hydrogen feed line flow rate is 465 pounds per second or a maximum flow of 47,365 gallons per minute. Source: http://science.ksc.NASA.gov/shuttle/technology/sts-newsref/et.html#et-lh2
about 98,348 gallons per minute of all fuels used combined.
The space shuttle Challenger exploded in 1986.
The Solid Rocket Booster is detached and dropped after the first minute or two of flight. It may then be recovered and used again.
There have have been two catastrophic ones: Challenger, and Columbia. Challenger had a damaged O-ring on one of the SRBs (solid rocket booster) which led to the explosion of the liquid fuel tank and the destruction of the shuttle just over a minute after launch. Columbia broke apart on re-entry due to a damaged heat shield tile which was struck by a piece of insulation on take-off.
"Yes in space it goes 25000 km/h or 18000 m/h , but exact moment when the space shutle launches is slow, around 160km/h or 108m/h,after one minute it goes around 1600 km/h or 1000 m/h and so on."Not counting other factors such as air resistance, and only looking at acceleration, you'll see for the first minute the shuttle experiences an aver g force of 1.7.We'll use the first minute only, as an example, as after the first minute, the air density lessons significantly.So you'll get an acceleration of 0.7 g's, after you negate the earths 1g.A g is the force you feel when accellerating at about 10 meters per second, or about 35km/h. At 0.7 g's is about 7m/s or 24.5 km/h.So, roughly at :-one second after launch the shuttle has a velocity of 24 km/h.-two seconds after launch the shuttle has a velocity of 48 km/s.-ten seconds after launch the shuttle has a velocity of 245 km/h.-one minute after launch the shuttle has a velocity of 1470 km/h.Leaving_Jupiter
about 98,348 gallons per minute of all fuels used combined.
Gallons per minute. This is usually used with liquid flow, like from a pump.
0.00763884 gallons per minute.
Divide it by 60 to get 33.333 gallons per minute.
4.483 US gallons per minute.
With no pressure (that being the P in PSI), it is next to impossible for any liquid, let alone gallons of liquid, to pass through piping at any length.
Use this formula: gallons per minute x 3.785 = liters per minute
96 gallons per minute = about 363.4 liters per minute.
2½-5½ gallons per minute
If there are x number of gallons per second, multiply that number by 60=gallons per minute.
103,423.358 US gallons per minute.
One cubic foot per minute = 7.481 US gallons per minute.