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What would happen if you shot a gun in space?
In the entire future of the universe, the bullet will catch up only to atoms that are less than 40,000 or so light-years from the chamber of your gun. Speaking of you, you'll be bobbing through ...
What If You Shot a Gun in Space?
Bullets shot in space wouldn't really travel any faster than they would on Earth, though they could travel farther. On Earth, gravity eventually pulls the bullet down, even if it doesn't hit anything — or anyone. ... where there is no gravity, your bullet could keep moving forever as long as it doesn't hit something — like an asteroid or a ...
What Would Happen If You Shot A Bullet In Space?
Shooting a bullet in space would be very different than shooting a bullet on Earth. First of all, there would be no sound of the gunshot since there is no sound in space. Secondly, the bullet would not experience any recoil since there is no force of gravity in space. Thirdly, the bullet could potentially come back and hit the person who shot ...
What would happen if you shoot a gun in space?
Yes, the bullet would fire at the same initial speed as it would in an atmosphere, as the propellant explosion occurs within the gun's chamber. 3. What would happen to the bullet in space? Without any atmospheric drag, the bullet would continue traveling in a straight line indefinitely until it encounters another object or gravitational force. 4.
WATCH: Here's What Happens When You Shoot a Gun in Space
What about firing a gun out in the middle of space? Well, it would simply drift into the blackness, forever alone, while the galaxies around it sped further away. Those galaxies are travelling at around 200km/s (124 miles/sec) as the Universe expands, whereas a travelling bullet can reach speeds of only 1km/s (0.62 mile/sec).
Can you fire a gun in space?
Can you fire a gun in space? - BBC Science Focus MagazineFind out the physics behind firing a gun in space, and how it would affect the shooter, the bullet and the environment. Learn the difference between firing a gun in orbit and in deep space, and why it's not a good idea to do either.
quantum mechanics
1. Some people says that if it would be possible to shoot a bullet so high that it would get over the Earth gravitational pull, the bullet could fly through space forever, because of no deceleration of friction (and if there wouldn't be any more particles in the space, of course). But according to quantum physics, every single particle in the ...
What would happen to a bullet fired in space?
What would happen to a bullet fired in space? - BBC Science Focus Magazine.
What would happen if you shot a gun in space?
Can you shoot a gun in space? What would happen if you did? Would it hit anything? How does firing a gun in space differ from on Earth?
What would happen if you shot a gun in space?
What would happen if you shot a gun in space? - BBC Science Focus Magazine.
What Would Happen If You Shot a Gun In Space?
According to Schultz, if the bullet is shot straight toward Jupiter, the planet's gravity will accelerate the ammo to the eye-popping speed of almost 60 kilometers per second by the time it ...
Here's What Would Happen If You Fired A Gun In Space
In space, absent gravity and friction, that means that the bullet will be sent off into space in one direction, the shooter in the other. As this YouTube video from Business Insider explains, just how fast the bullet and shooter will be sent off in their respective directions depends on the velocity and weight of shooter and bullet. The video ...
Is it possible to shoot bullets in space or would the recoil of the gun
Still even if the astronaut could somehow hold extremely tightly to his gun and absorb all the momentum, he would still be ejected at a speed of around $1.5$ km/h $=$ $1$ mph (and maybe he'll even get stuck spinning for a while like in the movie Gravity), which would make guns not very effective in space since it would take time to find a way ...
What Would Happen If You Fired A Gun In Space
Shooting giants from the hip - Fires can't burn in the oxygen-free vacuum of space, but guns can shoot. Modern ammunition contains its own oxidizer, a chemical that will trigger the explosion of gunpowder, and thus the firing of a bullet, wherever you are in the universe. No atmospheric oxygen required.
Here's What Would Happen If You Fired A Gun In Space
If they fire the gun within the trajectory of a planet's orbit, the bullet might enter orbit and come back to hit them — causing them to literally shoot themselves in the back. According to newly unearthed documents, Russians actually tried this firing-in-orbit thing in 1975 — except they used a cannon instead of a gun and operated it ...
What happens to a bullet that is shot in space?
Theoretically, one can imagine that if a bullet is shot in space, it will travel at a constant velocity in the direction it was fired, indefinitely. However, there are other factors to take into consideration. Space is not a complete vacuum. There is material in space although not as much as we see here on Earth.
How much faster would a bullet travel is space than on Earth?
You will likely end up with a lower bullet velocity relative to a stationary observer though since there wouldn't be anything to brace against so the shooter would travel backwards and thus absorb some of the muzzle velocity. In the end though, it'll be pretty close to how it travels on earth at the beginning. 4. r/askscience.
How fast would a bullet need to leave a gun in order to get into space
There's a terrific answer. RD points out that anything leaving the Earth into space needs to be travelling at escape velocity. That means 11.2km/s. To put that into perspective, even a high-powered assault rifle probably fires things at 1km/s. It's running significantly too slow in order to achieve escape velocity.
Would an object travel forever if thrown in space? [duplicate]
Newton's second law, which reads F = ma F = m a, telling us that we need a force to give rise to an acceleration (and, thus, a change in velocity). So, the answer to your question is yes, if we have an initial state (described by law 1, this doesn't change), then we'd need something (a force as described by law 2) to change this motion.
What would happen to a bullet shot into space?
0. Well the short answer is it would keep on going forever. The longer answer is that it will crash into something, probably the sun. You see space is really really big. And even though 2000 mph seems like a lot, its actually exhaustingly slow even in stellar terms. Even if you pointed the gun in the exact opposite direction as the sun, the ...
How far would a bullet travel if shot in space since there is no
There is gravity in space, there's gravity everywhere. The reason objects keep moving is space is lack of resistance from other objects, like air or water. Because there is (effectively) nothing to slow the bullet's momentum, it would keep moving until gravity drew it into a large body, like a star, planet, or planetoid.
If you shot a bullet in space and it didn't hit anything ...
Voyager 1 and 2, Pioneer 10 and 11, and New Horizons are all flying much faster than bullets and will travel interplanetary space forever. If you look at V1/2 velocities, they are slowing down SLIGHTLY because even at 100+ AU away, the Sun's gravitation is still affecting them.
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COMMENTS
In the entire future of the universe, the bullet will catch up only to atoms that are less than 40,000 or so light-years from the chamber of your gun. Speaking of you, you'll be bobbing through ...
Bullets shot in space wouldn't really travel any faster than they would on Earth, though they could travel farther. On Earth, gravity eventually pulls the bullet down, even if it doesn't hit anything — or anyone. ... where there is no gravity, your bullet could keep moving forever as long as it doesn't hit something — like an asteroid or a ...
Shooting a bullet in space would be very different than shooting a bullet on Earth. First of all, there would be no sound of the gunshot since there is no sound in space. Secondly, the bullet would not experience any recoil since there is no force of gravity in space. Thirdly, the bullet could potentially come back and hit the person who shot ...
Yes, the bullet would fire at the same initial speed as it would in an atmosphere, as the propellant explosion occurs within the gun's chamber. 3. What would happen to the bullet in space? Without any atmospheric drag, the bullet would continue traveling in a straight line indefinitely until it encounters another object or gravitational force. 4.
What about firing a gun out in the middle of space? Well, it would simply drift into the blackness, forever alone, while the galaxies around it sped further away. Those galaxies are travelling at around 200km/s (124 miles/sec) as the Universe expands, whereas a travelling bullet can reach speeds of only 1km/s (0.62 mile/sec).
Can you fire a gun in space? - BBC Science Focus MagazineFind out the physics behind firing a gun in space, and how it would affect the shooter, the bullet and the environment. Learn the difference between firing a gun in orbit and in deep space, and why it's not a good idea to do either.
1. Some people says that if it would be possible to shoot a bullet so high that it would get over the Earth gravitational pull, the bullet could fly through space forever, because of no deceleration of friction (and if there wouldn't be any more particles in the space, of course). But according to quantum physics, every single particle in the ...
What would happen to a bullet fired in space? - BBC Science Focus Magazine.
Can you shoot a gun in space? What would happen if you did? Would it hit anything? How does firing a gun in space differ from on Earth?
What would happen if you shot a gun in space? - BBC Science Focus Magazine.
According to Schultz, if the bullet is shot straight toward Jupiter, the planet's gravity will accelerate the ammo to the eye-popping speed of almost 60 kilometers per second by the time it ...
In space, absent gravity and friction, that means that the bullet will be sent off into space in one direction, the shooter in the other. As this YouTube video from Business Insider explains, just how fast the bullet and shooter will be sent off in their respective directions depends on the velocity and weight of shooter and bullet. The video ...
Still even if the astronaut could somehow hold extremely tightly to his gun and absorb all the momentum, he would still be ejected at a speed of around $1.5$ km/h $=$ $1$ mph (and maybe he'll even get stuck spinning for a while like in the movie Gravity), which would make guns not very effective in space since it would take time to find a way ...
Shooting giants from the hip - Fires can't burn in the oxygen-free vacuum of space, but guns can shoot. Modern ammunition contains its own oxidizer, a chemical that will trigger the explosion of gunpowder, and thus the firing of a bullet, wherever you are in the universe. No atmospheric oxygen required.
If they fire the gun within the trajectory of a planet's orbit, the bullet might enter orbit and come back to hit them — causing them to literally shoot themselves in the back. According to newly unearthed documents, Russians actually tried this firing-in-orbit thing in 1975 — except they used a cannon instead of a gun and operated it ...
Theoretically, one can imagine that if a bullet is shot in space, it will travel at a constant velocity in the direction it was fired, indefinitely. However, there are other factors to take into consideration. Space is not a complete vacuum. There is material in space although not as much as we see here on Earth.
You will likely end up with a lower bullet velocity relative to a stationary observer though since there wouldn't be anything to brace against so the shooter would travel backwards and thus absorb some of the muzzle velocity. In the end though, it'll be pretty close to how it travels on earth at the beginning. 4. r/askscience.
There's a terrific answer. RD points out that anything leaving the Earth into space needs to be travelling at escape velocity. That means 11.2km/s. To put that into perspective, even a high-powered assault rifle probably fires things at 1km/s. It's running significantly too slow in order to achieve escape velocity.
Newton's second law, which reads F = ma F = m a, telling us that we need a force to give rise to an acceleration (and, thus, a change in velocity). So, the answer to your question is yes, if we have an initial state (described by law 1, this doesn't change), then we'd need something (a force as described by law 2) to change this motion.
0. Well the short answer is it would keep on going forever. The longer answer is that it will crash into something, probably the sun. You see space is really really big. And even though 2000 mph seems like a lot, its actually exhaustingly slow even in stellar terms. Even if you pointed the gun in the exact opposite direction as the sun, the ...
There is gravity in space, there's gravity everywhere. The reason objects keep moving is space is lack of resistance from other objects, like air or water. Because there is (effectively) nothing to slow the bullet's momentum, it would keep moving until gravity drew it into a large body, like a star, planet, or planetoid.
Voyager 1 and 2, Pioneer 10 and 11, and New Horizons are all flying much faster than bullets and will travel interplanetary space forever. If you look at V1/2 velocities, they are slowing down SLIGHTLY because even at 100+ AU away, the Sun's gravitation is still affecting them.
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More than two years after a shooting at a Michigan high school left four students dead, a court heard gut-wrenching impact statements from the victims' families as the parents of the shooter ...