Sid
03-21-2001, 08:40 AM
Alright kiddies, i'm busting out a real paintball math/physics prob.. i'll start simple so you don't fry your brain(or for some, crush the pea) HEHE j/k
Here it is.
You're on a football field, which is perfectly level, with a paintball gun. You raise the paintball gun in the air towards the sky. You with your arm extended and the paintball gun are 2 meters tall(like from your foot to the tip of the barrel). You shoot a paintball going perfectly straight up, opposite to gravity. The paintball gun is set at 300 fps. The paintball weighs .01 kg(hey its diablo winter paint, ITs HEAVY!).
1. How high will the paintball travel?
Note: there is no air friction(pretend the paintball has a super no friction coating), atmospheric pressure is not an issue, and there is no wind. The paintball is not polarized and is completely neutral. There are no electro magnetic fields either.
Hint: gravity = 9.81 meters per second squared! ANd make sure you convert the fps to m/s(meters per sec)
Have at her!
[Edited by theflash on 03-21-2001 at 01:08 PM]
Here it is.
You're on a football field, which is perfectly level, with a paintball gun. You raise the paintball gun in the air towards the sky. You with your arm extended and the paintball gun are 2 meters tall(like from your foot to the tip of the barrel). You shoot a paintball going perfectly straight up, opposite to gravity. The paintball gun is set at 300 fps. The paintball weighs .01 kg(hey its diablo winter paint, ITs HEAVY!).
1. How high will the paintball travel?
Note: there is no air friction(pretend the paintball has a super no friction coating), atmospheric pressure is not an issue, and there is no wind. The paintball is not polarized and is completely neutral. There are no electro magnetic fields either.
Hint: gravity = 9.81 meters per second squared! ANd make sure you convert the fps to m/s(meters per sec)
Have at her!
[Edited by theflash on 03-21-2001 at 01:08 PM]