Can you hear or have you ever heard anyone screaming from space? Proof enough?Got proof?
Can you hear or have you ever heard anyone screaming from space? Proof enough?Got proof?
Ocassionally, I hear screams and don't know thier source. Could be from space. Could be the call of love from prison.Can you hear or have you ever heard anyone screaming from space? Proof enough?
Not quite said right but I got ya. Lack of atmosphere = lack of sound waves. I'm no scientist but makes sense.In a Vacuum there's no atmosphere to vibrate which is what produces the sound and carries the sound to your ear. At least that's my understanding.
If any aliens were thinking about conquering us before, I bet they'll have reservations after seeing what we spend our money and greatest scientific efforts on.
Have you not seen Star Wars? Their weapons are far more advanced than ours. If anything we will piss them off by hitting them with stray bullets.
What's the 'shelf life' of oxygen in the smokeless powder in space? The ISS has been up for years. If someone took a gun and round(s) up years ago, would they fire today? Same question applies if the rounds were under water for an extended period of time, but not what this thread is about.
If, in space, a projectile left the muzzle at say 1800fps, would it continue that rate of speed infinitely? Impact with another object excluded.
Have you not seen Star Wars? Their weapons are far more advanced than ours. If anything we will piss them off by hitting them with stray bullets.
The recoil is an "equal and opposite" reaction. Depending on load and bullet weight, that reaction may be significant. In a rifle, 2000 foot pounds of muzzle energy isn't unusual. The reaction to that would be equal and opposite
I can't buy that, rounds are forced to seal with the rifling on modern firearms.... so practically no air gets in there, and there is no air in the barrel to push out of the way. SO I say it would produce more projectile energy, though only I"m thinking half for the bullet, and have for austronaut. (not quite perfect because of the limp way a human responds to recoil but generally speaking) and it would go a long way, but there is dust in space, it would probably stop before hitting something substantial if it made it out of our solar system, which I bet it would I don't think it would slow fast enough to not make it out....Indeed ... fortunately we have a little more mass for that force to move. Gonna be alot of inertia, but little speed.
The powder and primer produce their own combustible products. A vacuum would dampen the energy of the combustion somewhat since you don't have local additive combustibles from the air.