A 9mm bullet will travel approximately 2200 meters before it begins to descend to the ground. However, unless the person shooting the gun is in a open field, the bullet will not travel that far before hitting something.
Assuming that the gun is fired parallel to the ground, the bullet will begin to fall the instant that it leaves the muzzle. The total fall will be 200 meters. You will need to calculate how long it will take an object to fall 200 meters (hint- about 9.753 meters per second per second- or 9.753 meters the first second, 19.50 meters during the second second, etc) THEN multiply the velocity of the bullet (643 meters/ second) by the number of seconds it is in flight. That will be the distance when it hits the ground.
no. as long as there are no obstacles present, the bullet would theoretically fall longer than the gun, because the Earth is curved, and the Earth would curve away from the bullet just a little bit before the bullet reached the Earth's surface, making the fall just a little bit longer. this effect will be magnified if the bullet moves at a very high velocity. This is essentially what happens when an object is in orbit, only when an object is in orbit, it is moving quickly enough that the Earth has completely curved out of it's falling path before it reaches the ground.
An object in motion will stay in motion until acted on by another opposing force. So gravity causes a bullet to fall back to the ground, but wind and air resistance cause the bullet to not fall strait back from where it came, aka one barrel. ____________ The above is true, only if Newtons theories are correct. If Newtons Theories are incorrect, then the bullet performs in the manner The Creator of all things and happensings decreed that it will. [see discussion on this comment]
To a first approximation, over short distances horizontal motion is decoupled from vertical motion. If you fire a bullet horizontally from a gun, and drop a bullet from next to the gun at the same time, both bullets will hit the ground at the same time. Over long enough distances the curvature of the Earth begins to have an effect, so this is no longer true.
If the bullet were shot perfectly vertically in a vacuum, it would reach its maximum altitude, then fall at a velocity of 32 ft/sec/sec. The terminal velocity would depend upon the altitude reached by the bullet, which in turn depends upon the caliber and load of bullet shot.
in fall.
ALL bullets fall at 32 ft per second per second. When you fire a gun, the bullet begins to drop as it leaves the barrel, To hit things further away, you aim higher. You can try this with a garden hose. Over a given distance, the bullet that will drop the least is the fastest- it simply gets there quicker, and has not had time to fall as far.
As soon as it leaves the muzzle of the rifle. To hit a target at any distance, the line of sight of the barrel will be tilted so that it is ABOVE horizontal- and gravity will cause the bullet to curve back to earth- or your target.
I believe it is 7
Assuming that the gun is fired parallel to the ground, the bullet will begin to fall the instant that it leaves the muzzle. The total fall will be 200 meters. You will need to calculate how long it will take an object to fall 200 meters (hint- about 9.753 meters per second per second- or 9.753 meters the first second, 19.50 meters during the second second, etc) THEN multiply the velocity of the bullet (643 meters/ second) by the number of seconds it is in flight. That will be the distance when it hits the ground.
When they say night begins to fall actually means darkness appears therefore night fall.
Bullet For My Valentine.
no. as long as there are no obstacles present, the bullet would theoretically fall longer than the gun, because the Earth is curved, and the Earth would curve away from the bullet just a little bit before the bullet reached the Earth's surface, making the fall just a little bit longer. this effect will be magnified if the bullet moves at a very high velocity. This is essentially what happens when an object is in orbit, only when an object is in orbit, it is moving quickly enough that the Earth has completely curved out of it's falling path before it reaches the ground.
Fall begins on September 22, 2009. Winter begins on December 21, so fall ends December 20.
You determine when fall begins by the date on the calendar. The fall equinox is when fall officially begins, although sometimes the weather can seem warmer or colder.
When temperature begins to fall at this state the fog is converted into frost in which ice formation takes place.
When a bullet is fired into the sky, it will eventually stop becasue it has run out of energy and fall back to the ground.