Free: Contests & Raffles.
I have 2. take turns. a tcp in 380 weighs 10 oz. an lcp in 380 weighs only 9 oz. if you look around they can be had for less than $300 each. aint no griz in Othello. mike w
Quote from: magnanimous_j on April 17, 2014, 07:35:34 AMQuote from: CAMPMEAT on April 16, 2014, 09:23:47 PMIt's all about Kinetic Energy, not FPS. You want a round that will hit whatever you're shooting at, like a sledge hammer.Kinetic Energy is mass x velocity. (KE= .5 x MV2)All the weight in the world is meaningless without the horsepower to push it.Your formula is incorrect.Kinetic energy = one half mass x velocity^2... KE = 1/2MV^2
Quote from: CAMPMEAT on April 16, 2014, 09:23:47 PMIt's all about Kinetic Energy, not FPS. You want a round that will hit whatever you're shooting at, like a sledge hammer.Kinetic Energy is mass x velocity. (KE= .5 x MV2)All the weight in the world is meaningless without the horsepower to push it.
It's all about Kinetic Energy, not FPS. You want a round that will hit whatever you're shooting at, like a sledge hammer.
Quote from: Bean Counter on April 17, 2014, 07:56:21 PMQuote from: magnanimous_j on April 17, 2014, 07:35:34 AMQuote from: CAMPMEAT on April 16, 2014, 09:23:47 PMIt's all about Kinetic Energy, not FPS. You want a round that will hit whatever you're shooting at, like a sledge hammer.Kinetic Energy is mass x velocity. (KE= .5 x MV2)All the weight in the world is meaningless without the horsepower to push it.Your formula is incorrect.Kinetic energy = one half mass x velocity^2... KE = 1/2MV^2How is that different than what I said? I admit, I always sucked at syntax.
How does a 357 mag stack up to the 10mm?