The big outlier that’s over 10,000 ft/lb of muzzle energy isn’t a. Labs(x='Muzzle Energy (ft/lb)', y='Recoil Energy (ft/lb)', title="Muzzle & Recoil Energy (.223 highlighted)") 223 rounds? Let’s add color to figure it out. It looks like there are a couple of very extreme outliers here, maybe those are the. Labs(x ='Muzzle Energy (ft/lb)', y = 'Recoil Energy (ft/lb)', title='Muzzle & Recoil Energy (r =. Ggplot(aes(x = MuzzleEnergy, y = RecoilEnergy)) + theme_light() + Next I calculated muzzle energy (rounded to the nearest ft/lb) using a formula from this site. 223 is particularly powerful for it’s recoil, it should stand out as a clear outlier. There should be an overall positive correlation between these two, but if the. So the main goal of this project was to find some data about the speed and force of various guns and types of ammo, and make a basic scatterplot of muzzle energy (a combination of bullet mass and the speed at which it leaves the gun) and recoil energy. That seems very plausible to me, and it is pretty easy to test. 223 round typically used in an AR-15 has a lot of power and not much recoil. One intuitive answer that I’ve heard is that the.
What is it about assault rifles (like the AR-15) that makes them particularly deadly? I often find myself discussing this issue with friends who are gun-owners, and the conversation typically gravitates toward assault weapons.
However like most of us I have been forced to think about gun violence recently, particularly in the context of mass shootings. I am not a gun-owner, nor do I ever really plan to own a gun.
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