Yes, without a space suit the pressure from space will tear your body apart inside-out. You would turn into a red blob in the emptiness of space, however remarkably you would survive for a few minutes before your lungs and body fluids start to tear our own body apart. But it wouldn't take long for you to freeze or choke in that time.
It is't. Humans would not explode when exposed to vacuum.
Yes. your body would explode in space if you went unprotected. in-fact you will explode before you can suffocate. this because in space there is a Vacume that sucks up all the air.
Well, first the plant can eat the rock and digestion will break it down. Or, the plant can throw it into outer space where it will explode from gassy bubbles.
No they can not operate in outer space.
Yes, gold is from outer space
That depends on what you mean by "outer space". The moon is outside the Earth's atmosphere and therfore "in space" but it is orbiting the Earth and therfore hardly "outer".
The answere is no.
Yes. your body would explode in space if you went unprotected. in-fact you will explode before you can suffocate. this because in space there is a Vacume that sucks up all the air.
He/she would suffocate, freeze, and explode due to lack of oxygen, heat, and pressure.
Because there is no air and thus no pressure that would hold your atoms together
The radioactivity of outer space would kill you, of course if you were wearing a space suit, that would be different, but if that space suit leaked at all the negative pressure would be so great that your body would explode.
Your blood would immediately boil killing you instantly.
A small solid body that enter's a planst's atmosphere from outer space is called Meteor...
Notice that detonating explosives like TNT and C-4 DO NOT require oxygen or any other outside reagent, so they can explode under water or in outer space.
you will die due to lack of oxygen contrary to movies, you won't explode
no your body would freeze you would suffocate and get vacuumed in to space.
nebula
Yes, you could explode in space by the pressure of the other planets.