the ejection speed of a bullet varies from gun to gun. Muzzle velocities range from approximately 400 ft/s (120 m/s) to 1,200 ft/s (370 m/s) in black powder muskets, to more than 4,000 ft/s (1,200 m/s) in modern rifles touch the bullet speed to 5700 ft/s (1,700 m/s) for tank guns firing kinetic energy penetrater ammunition.
When you shoot a bullet the bullet casing pos out through the ejector and that is where the bullet is and gunpowder to fire it.
No...you do not have to have clip in rifle for it to eject shell casing. You can use without clip and load one bullet at a time. Alot of rifle ranges want it done that way because there is less chance of bullet remaining in chamber..good luck
Depends on the action type
Do you mean a cartridge casing or the actual bullet?? One used in combat or just a WW2 era casing??
there is the primer, the rim, the casing and the projectile there is the primer, the rim, the casing and the projectile there is the primer, the rim, the casing and the projectile
there is the primer, the rim, the casing and the projectile there is the primer, the rim, the casing and the projectile there is the primer, the rim, the casing and the projectile
Grab and pull/twist or use a kinetic bullet puller.
The same as it is before it's fired - a casing. Some refer to an empty casing as a "shell" or "shell casing".
I presume you mean for a bullet? The casing allows the bullet to grip the internal rifling of the barrel without shearing the soft lead of the bullet. The tip helps the bullet expand upon impact allowing all the energy of the moving bullet to be passed on to the thing you have pointed the gun at.
The (shell) casing or the cartridge carries the actual bullet projectile.
Many types. First, muzzle loaders do not use cartridge casings. Only autoloading firearms automatically eject a fired casing. Revolvers, and lever action, bolt action, and pump action firearms require a specific action by the shooter to eject a fired casing, as do single shot and double barreled shotguns.
During the loading or reloading process after the projectile is fitted to the casing the casing area that is holding the bullet ( the neck) is mechanically squeezed to provide a tight seal around the lead projectile.