Yes, if the bullet is shot with escape velocity.
Yes, you can shoot the moon but there is no way a bullet from earth will even get as close as 10,000 miles to it. The only way you can shoot it is if you are standing on the moonBut even then it will be hard as gravity will try to pull it away into space.Hope this helped :)
Not from ground level. Even the fastest shooting guns do not move the bullet fast enough to break the gravitational pull. Also, force is only applied to the bullet while inside the gun barrel. Rockets apply more force for a longer period of time in order to reach orbit.
you shoot it in the mouth with light every time it hits the ground. when it is not on the ground, shoot straight up to destroy the ice shards. it will take a while, but it works.
The sun has been shooting beams of the electromagnetic spectrum at the earth since they were both formed.
Shoot for the Moon was created in 1994.
Yes, shooting an ice bullet is possible but very difficult. In order to shoot an ice bullet one would need to use a specially designed gun that will not create too much heat which can damage the bullet making it impossible to shoot.
Shoot the Bullet happened in 2005.
Shoot the Bullet was created on 2005-12-30.
I assume what you are asking is "if you shoot a gun straight up in the air will the bullet come down at the point where it was shot from". The answer to that question is NO, the rotation of the earth will move the point of impact.
No
No
a bullet
When you shoot a bullet the bullet casing pos out through the ejector and that is where the bullet is and gunpowder to fire it.
No, the bullet will not seat.
No
Yes, you can shoot the moon but there is no way a bullet from earth will even get as close as 10,000 miles to it. The only way you can shoot it is if you are standing on the moonBut even then it will be hard as gravity will try to pull it away into space.Hope this helped :)
If a gun was parallel with the earth and was fired and at that very instant someone standing by the barrel dropped a bullet from beside the barrel, both bullets would hit the ground at the same time. Bullets start falling the instant they leave the end of the gun barrel. That is why hunters hold their rifles at an upward angle. It looks like the bullet will shoot up into the sky. The bullet will follow a curved path toward its target.