In filmmaking, a bullet hit could be described as the special effect that shows the visual result of a bullet hitting something: a human, an object or whatever.
No, the bullets have no effect on artillery and tanks.
A "dud" is a term used to describe a bullet that impacts a target but fails to have any effect, typically due to a malfunction or issue with the round's firing mechanism.
Your hair is able to protect you from bullets. Its also the only part of the body that has close to zero effect when shot with a bullet.
death. A bullet proof vest will not stop an RPG or do anything to reduce it's effect
Temperature can have two primary effects. First, keep in mind that the rate a bullet drops always remains the same. What changes is the amount of range we can get out of a bullet before it drops a certain amount. The first effect is that generally, higher temperatures means more initial velocity when the bullet leaves the barrel. This usually means more range. The second effect is that the air is less dense, and therefore creates less drag on the bullet. Again, this means more range.
bullet bill it lasts longer
Yes, a bullet can potentially knock someone over with the force of impact. However, there are many variables that can influence the effect of a bullet, such as the caliber of the bullet, the distance it is fired from, and where it strikes the body.
the matrix
It makes the bullet spin when it is fired- much the same way a football spins in flight. The helps the bullet travel in a straight line, improving the accuracy of the gun.
Blank ammunition typically contains a powder charge, but it lacks a projectile (bullet). Instead of a bullet, it has a crimped end or a wad to contain the powder. When fired, blank ammo produces a loud sound and muzzle flash, simulating the effect of live fire without discharging a projectile. It is commonly used in training, theatrical productions, and military ceremonies.
Snipers have to be able to calculate the direction of the bullet taking into account distance, speed (to include the arc that the bullet will travel), wind speed and direction, and the Coriolis effect. This all computes into a rather complex set of equations to accurately put a bullet on target.