Gunpowder, also known as black powder or smokeless powder, is the burning material that creates pressure to force the bullet out of a barrel. When ignited, the gunpowder rapidly generates high-pressure gas, propelling the bullet forward.
A bullet leaves a gun barrel because it is forced out by the pressure of burning gasses.
Karizma would probably overwhelm the bullet
To determine the initial speed, v0, of the bullet, you need to use the given information and relevant equations from physics, such as the equation for projectile motion. By analyzing the trajectory of the bullet and considering factors like distance traveled and time taken, you can calculate the initial speed of the bullet.
Yes. Denser air slows the bullet more, and lowers the strike of the bullet.
The gas propelling the bullet is tapped, and operates the bolt mechanism.
When the powder is ignited, it starts a chemical reaction which creates gases. As these gases expand, the pressure separates the bullet from the casing, and propels the bullet down the barrel.
Too broad a question. Muzzle velocity is determined by the specific cartridge, barrel length, barrel tolerances, etc.
An all terrain vehicle, that is bullet proof, and can fire a cannon.
In order to reduce friction it is important that the inside of the barrel be highly polished. Also the gas pressure (from the explosion of the charge) on the bullet is what drives the bullet and in order to maximize the pressure there cannot be much gas leakage areound the bullet in the barrel....so the bullet can slide through quicker, easier, and smoother.
is it a gallery a presentation theme or slide layout
The only time that a car will stop a bullet is if you are in Hollywood, or have an armour-plated vehicle. A cow interposing itself between the bullet and yourself would reduce it velocity significantly more.