That's because it moves too fast.
Depends on the bullet, the cartridge and the weapon that fired it, see related link.Some examples:BB/Airsoft (air) gun: 100 m/s9 mm pistol: 340 m/s5.56 mm assault gun: 920 m/s
Rifling marks, the marks etched into a bullet as it travels through a gun's barrel, are to a gun as fingerprints are to a person. To see if a fired round came from a particular gun, the gun is test fired into a pool of water (to stop the bullet without changing its shape) then the marks on the test fired bullet and the bullet in question are compared. Knowing the trajectory of a bullet points you in the direction of its origination. There are also some clues that will help you determine from how far a shot was fired, such as approximate speed on impact and the presence of burnt gunpowder.
See the link below titled BULLET
I think some bullets only work in certain guns or vice versa, so maybe a person could see what make the bullet was and narrow down the possibilities of guns.
Yes, but only if the gun is not fired. If the gun you see on the big screen is fired, then it isn't an airsoft gun, it is a prop gun, or a cap firing gun.
if your question is firearms forensics 'toolmark' you may be refering to determining if a bullet was fired from a specific weapon. if so, investigators view a fired bullet from a suspects gun, and a bullet retrieved from a crime scene. the two bullet are then compared under a strong scope to see if their lands and groves MATCH. if so, then a person owning said weapon can be charged. the same 'toolmark' goes with 'marks' left on bullet cases cause by a firing pin, ejector, extractor, lip of a slide (in semi-auto pistols).
Bullet by: Jessie James
Yes, there is. Each gun leaves different marks on the bullet as it travels down the barrel. It is just a question of test firing each of the guns available into water. Water stops the bullet in a very short distance without deforming the bullet. Then the sample bullet from the water is placed on one side of a comparison microscope and one of the bullets in question is placed on the other side of the microscope. By careful manipulation of the bullets it's possible to look at both of them to see if they match. If they do, question answered. If they don't, check the sample from the water against one of the other unknown bullets. This process is repeated using test bullets from each of the guns and comparing them against all the unknown bullets. Eventually it is possible to tell which weapon fired which bullet(if all the guns that were fired are available for test firing). The process will also tell whether all the weapons fired are accounted for. If there are bullets that don't match any of the test fired bullets then one, or more, gun/s must be missing
Probably. The bullet would be travelling slower than when it left the gun (see related question) but it would still be travelling fast enough to cause injury. In areas of the world where guns are fired into the air in celebration injury from falling bullets is not uncommon.
A bullet can be seen when held in a hand but not moving when shot out of a gun. Yes! I was shooting at an indoor range recently, and I actually saw the bullets coming out of a 9mm handgun. The lighting was just right, the bullets had shiny copper jackets, and I could see each shot fly to the target! It was just a bright streak for a split second, but I actually saw it every time he fired.
Comparing 2 bullets in a laboratory exam to see if they were fired by the same gun.
First insert your gun and open the script for the bullet(NOT the gun). Then(for most guns), scroll down until you see a value that says "BulletDamage"(or something along those lines). Change it to the desired value that you want each bullet to do.