How far do a bullet go in the air?

Answer 1

There is no limit depending on the gun and the bullet. A gun could be made to shoot a bullet out of the solar system. A gun could never fire a bullet fast enough to escape Earth's gravitational field because doing so would inevitably lead to the bullet's vaporization due to its friction with the atmosphere, much as incoming meteors burn up when they enter the atmosphere. However, a rocket can escape Earth because it maintains a relatively low velocity to avoid burning up. Once in the near-vacuum of space, velocity can be increased without fear of vaporization.

Answer 2

it varies with the weight of the round and the muzzle velocity of the weapon.

However it seldom exceeds a mile.

I sugguest that you watch Myth-busters.

Note:

If you can't ignore air resistance, then in addition to muzzle velocity, it also

depends on both the weight and the shape of the round.

If you can ignore air resistance, then it depends only on the muzzle velocity,

and neither the weight nor the shape of the round has any effect on the max

height of the arc.

Answer 3

The following theoretical explanation ignores the impact of air resistance and other dissipative forces:

The bullet will leave the barrel with a certain amount of kinetic energy (Ek=1/2mv2). As the bullet rises, it will lose velocity and consequently kinetic energy. At the peak of its trajectory, the bullet will momentarily reach zero velocity as it changes directions and begins to fall. At this instant, the bullet will have zero kinetic energy and maximum potential energy (U=mgh). As the bullet falls, it will convert potential energy back to kinetic energy as it gains velocity. In theory, the bullet will be traveling at its original muzzle speed when it hits you.

In reality, air resistance and wind, etc will impact the bullets flight and reduce the speed upon its return to earth.

Answer 4

Even if you were to take out all of the little changes that would knock a bullet off course (wind current, recoil, fixed aim), the answer is probably not. No matter how advanced your gun is or how much you change the environment around the fired bullet, your gun will never fire in a perfect line 100% of the time. Did you know that military snipers actually measure wind currents to calculate the perfect shot? ~Apple Juice

Answer 5

No, a bullet does not rise when it leaves the barrel of a gun. After it leaves the muzzle, the bullet will tend to drop slightly in a lengthy trajectory as it loses speed and gravity affects its straight path. But this leads to another issue that has everything to do with being able to hit a target.

To hit a target down range, the barrel of the weapon must be aimed along a line pointing at an angle some slight degree upward of the line of sight down the barrel. That's because the bullet begins falling immediately after exiting the muzzle. It will follow a parabolic trajectory and, if properly sighted in, the bullet will cross the line of sight at the point of aim.

Answer 6

over 10,000 meters