Depends on the speed of the bullet, air temp and humidity. I hsve been about 6 feet from the path of a high powered rifle bullet, and you can hear the crack caused by the bullet breaking the sound barrier.
The whizzing is the sound of the bullet cutting through the air very quickly, it also denotes rotation in the projectile. The sound is audible to the human ear within a distance of 2 Meters or 6 feet. The heavier the whizzing the closer the bullet.
You probably couldn't shoot a bullet through a tornado, mostly because of the massive wind speeds that will turn the bullet off-course, and the fact that there is so much stuff flying through the air, that the bullet will hit something and stop.
Air resistance and gravity.
We are in air, and we can hear each other. Thus, sound can travel in air.Yes. A sound wave can travel through air (gases), liquids, and solids.
There is no sound in space. Sound is a wave of energy passing through matter that we can hear, and in space, there is no matter for the sound to pass through, or at least the gasses that are there aren't close enough together.
The whizzing is the sound of the bullet cutting through the air very quickly, it also denotes rotation in the projectile. The sound is audible to the human ear within a distance of 2 Meters or 6 feet. The heavier the whizzing the closer the bullet.
The sharp crack you hear from thunder when it is close it the electricity in the air.
its a break barrel so through the chamber feed hole just put the bullet in and close it up and your ready to shoot
You probably couldn't shoot a bullet through a tornado, mostly because of the massive wind speeds that will turn the bullet off-course, and the fact that there is so much stuff flying through the air, that the bullet will hit something and stop.
The bullet has to go through something not including air
on the moon there is no air sound travels through air
Air resistance and gravity.
We are in air, and we can hear each other. Thus, sound can travel in air.Yes. A sound wave can travel through air (gases), liquids, and solids.
The velocity, weight and shape of the bullet, and the density of air through which the bullet moves changes a firearm's range.
Sound travels through air. Experiment: Listen. Result: Do you hear anything? That sound has traveled through air.
When a bullet passes through glass, it typically follows a curved trajectory due to the change in density from air to glass and then back to air. This can cause the bullet to deviate from its initial path and result in changes to its velocity and trajectory.
It travels through the air, acted on by friction and gravity, until it encounters another material.