why don't space shuttles implode when they enter space?

Answer 1

If they were going to do anything, they'd explode, not implode, since the pressure inside the shuttle is higher than the pressure outside. However, their hulls are built strong enough to withstand the pressure differential, so they stay intact.

Answer 2

They would explode if anything, like a balloon popping. The pressure inside the shuttle is greater than outside (a vacuum.) They are however build fairly sturdy and designed to hold up. A submarine underwater could implode with greater outside pressure.

Answer 3

in space there is almost no pressure to counteract the pressure from inside the space shuttle. this is why it never implodes. Plus, the body of the shuttle is built not to implode in space.

Answer 4

The pressure inside is higher than outside. They could never implode.

Answer 5

curiously you're too youthful to undergo in strategies the Apollo and gemini Missions yet speed had little to do with the warmth at reentry. you could sluggish it right down to a crawl and it won't make it pointless to have a warmth look after. in certainty that's what the previous area pills use to do. They nonetheless lit up from the end results of gravity pulling them down at an speeded up value of speed. Your question is are you able to decrease speed to the element that the warmth generated by using gravity is disipated. answer No. The slower you bypass the hotter you will become. in case you had to lose warmth you may might desire to bypass swifter not slower. even although, in going swifter the end results of gravity and centripetal stress will make stearing the deliver practically impossible and perhaps creat a sparkling warmth signature on the real of the return and forth from the extra g stress because of extra cetripedal stress. you're additionally speaking approximately wanting extra gasoline, and gasoline is a combustable. it could be like driving a stick of dynamite. I even have faith you may burn out the hydralics on the flaps, brakes and stearing once you tried to navigate the deliver. Now in case you could arise with some form of anti-gravitational stress container which does not exist precise now then you certainly ought to decelerate the return and forth to the place it could make a steady touchdown with out warmth. in any different case the present touchdown procedures are the ideal conceivable answer. It limits warmth particularly to the warmth look after. It diminishes speed. And, it facilitates the pilot to bypass right this moment to steer after reentry. Sorry yet it is merely how that's. that's a relative mass and speed element.

Answer 6

Implosion means that the pressure outside is greater than the pressure inside. The external pressure in space is alost zero.

Answer 7

becuase the hulls are very strong, coupled with the fact that the cabin is pressurized.

Answer 8

Gabriel is right...
Why the heck would they do that?!?

Answer 9

Why the hell would they do that??!