A bullet moves so fast, our eyes do not have time to register the light reflected off of it.
the bullet is traveling faster that the human eye can send the information to your brain. look at a fan blade (ceiling fan) and blink as fast as you can - it slows down the rate of information flow to the visual centers in your brain, but good luck trying to see a bullet
Answer:
Actually traveling bullets are not invisible. The observer just has to have good eyes and know and what to look for.
* High speed cameras easily film bullets going through balloons etc. * There's a whole school of target shooting the requires you to visually track the bullet towards the target to help you correct your aim. * During the American Civil War soldiers would track the Minnie Balls (a type of bullet) as they flew towards them and put up their hands to "pet" them. This cost quite a few lost fingers.
* Golf balls are easily tracked by TV camermen at 302 km/h. A bullet from an M-16 rifle bullet is ony 10 times faster (3,510 km/hr) and a 22 round about 1,188 km/hr, 3 times faster. * The average speed of jet airliners is about 900 km/hr, almost into "bullet" speeds. They are obviously visible. The Concord Let flew at 2,170.8 km/hr and was visible.
The invisible empire is known as the Ku-Klux-Klan.
Bullet Witch happened in 360.
A typical football helmet is not bullet proof but someone could create a bullet proof football helmet.
Griffin is a scientist who researching optical science and had invented the means by which the refraction of light is changed and renders Griffin invisible but the process is not reversible and leaves him as "The Invisible Man" .
F.A. 43 bullet is a .45 caliber ACP bullet most likely from the Korean War or World War 2. The F.A. stands for Frankford Arsenal.
A traveling bullet primarily carries kinetic energy due to its motion through the air. This kinetic energy is derived from the initial potential energy stored in the bullet when it was fired.
The bullet itself is capable of traveling over 4 kilometres.
The bullet itself is capable of traveling over 4 kilometres.
65 FPS
120000 km pH
A bullet traveling through the body causes tissue destruction through outward forces called cavitation. Cavitation occurs when the bullet creates a temporary cavity as it moves and displaces tissue, resulting in damage beyond the bullet's direct path.
No. The bullet will actually travel much slower due to wind resistance.
The gun and the bullet are already traveling at a high speed. Firing the gun results in the bullet leaving the gun. Its relative velocity to someone standing still would be twice the speed. But its relative velocity to the gun would simply be the normal speed of the bullet. A similar question is the one if your traveling in a car at the speed of light what would happen when you turn on the headlights? No one is really sure. in short, the bullet would go twice the regular speed in a vacuum. I agree with the first bit and have ed a similar question on here. I find the vacuum bit of the above a bit irrelevant. A bullet fired in a vacuum would emerge at the normal speed (around 2,000+mph for a rifle round) but would carry on forever as there would be no air resistance.
It depends on what you mean by "how fast?" A bullet that covers 1000m in 3 seconds is travelling 333.33333333 meters per second.
thousands of feet
Advantages of traveling by bullet train compared to plane include shorter travel times for shorter distances, more comfortable seating, and easier boarding processes. Disadvantages may include limited route options, slower speeds for longer distances, and potentially higher ticket prices.
Inducing cavitation in water at the front of a bullet would eliminate water friction on most of the surface of the bullet. Doing so would greatly increase the maximum speed and maximum range of an underwater projectile. Experiments have shown that it is possible to fire bullets with cavitation devices at speeds exceeding the speed of sound in water; this would make such a projectile invisible to submarines relying on sonar.