WebAnswer (1 of 13): The length of the barrel. Gravity starts curving the bullet downwards the instant it leaves the muzzle. That's assuming the barrel is perfectly level to the horizon. Any upward angle to the barrel and gravity must first overcome the upward velocity before it starts going down.... Web9mm bullets typically weigh between 115 and 147 grains, with 124–135gr being the most common for defense. 10mm Auto bullets typically start at 135gr and go up to 180gr. On top of that, powder charges for 9mm typically range between 6 and 7.5gr, while 10mm Auto typically loads about an extra grain and a half of powder across the weight spectrum.

If you fire a bullet straight up how high will it go? - Answers

WebThe ball will go up 38 kilometers, or nearly 24 miles. Not bad for a birthday present. Theoretically, that 10kg (about 22 lb.) cannonball will come back down and land with a speed of 860 m/s, which means that a) everyone ought to stand back, and (b) if the shot was truly vertical, the returning cannonball might smash your cannon. Web3 jun. 2024 · Terminal velocity formula is : Bullet parameters from 7.62×39mm cartridge: Mass 0.0079 kg. Length 0.0268 m. Diameter 0.0079 m. Drag coefficient ~ 0.125 of G7 projectile model under bullet sub-sonic speeds < 1 mach. Bullet projected area calculation: Minimum projected area is bullet's cross-section, i.e. circle area 0.000049016699 m^2. how to scan on epson et 3760

If you Shoot a Bullet Straight Up... Physics Van UIUC

Web23 sep. 2009 · Here is what Adam said about the bullets: A .30-06 cartridge will go 10,000 feet high and take 58 seconds to come back down; A 9 mm will go 4000 feet and take … Web25 aug. 2014 · Nah, that's not accounting for wind drag, which will hugely slow the bullet down. Even when shooting horizontally, not against gravity, the bullet can only go about … Web23 okt. 2015 · $\begingroup$ A shortcut you can use in this kind of problem is to work with escape velocity as a proxy for energy (although that might not be justified in a homework problem). Earth escape velocity at the surface is 11200 m/s. If you find the height at which the escape velocity equals 11200 m/s - 1200 m/s = 10000 m/s, that's the height the … how to scan on epson et 2750