Message from @Crow

Discord ID: 483019075308748800


2018-08-25 20:59:29 UTC  

WAT

2018-08-25 20:59:33 UTC  

I may be drunk

2018-08-25 20:59:39 UTC  

but in no scenario ever

2018-08-25 20:59:46 UTC  

does mass EVER change

2018-08-25 21:01:23 UTC  

You are drunk.

2018-08-25 21:01:49 UTC  

Yes, 5.56 rounds are between 50 and 80 gr (Averages) 9Luger is about 100 to 130 gr (averages) and .45 ACP is normally found in 200 plus gr weights

2018-08-25 21:01:55 UTC  

If you shoot a heavy bullet at a wall it'll go through more than a fast bullet is what I'm saying

2018-08-25 21:02:21 UTC  

^

2018-08-25 21:02:26 UTC  

I mean, if you're getting really technical, then yes, a heavier projectile improves penetration, but it improves at speed^2

2018-08-25 21:02:46 UTC  

barrier, not armor...

2018-08-25 21:02:50 UTC  

mass x speed x speed

2018-08-25 21:03:06 UTC  

and that's energy, not penetration

2018-08-25 21:03:08 UTC  

= force

2018-08-25 21:03:15 UTC  

= "penetration"

2018-08-25 21:03:25 UTC  

No.

2018-08-25 21:03:44 UTC  

Those are parts of the Terminal Ballistic Effect equations not the hole Cwow

2018-08-25 21:04:14 UTC  

@Crow there's more to going through kevlar and wall respectively than just the energy

2018-08-25 21:04:27 UTC  

otherwise a strong punch would go through kevlar

2018-08-25 21:04:40 UTC  

Also included are things like Bullet design, diameter, and media being shot at

2018-08-25 21:04:45 UTC  

^

2018-08-25 21:05:21 UTC  

a strong punch DOES go through kevlar, which is why blunt trauma is a thing

2018-08-25 21:05:34 UTC  

but it doesn't penetrate

2018-08-25 21:05:46 UTC  

there isn't a hole in the kevlar

2018-08-25 21:05:51 UTC  

Jacketed Hallow Points do better against flesh than kevlar, but can weigh the same as a full metal jacket that does do better against the kevlar than the flesh

2018-08-25 21:05:53 UTC  

>and you're plain wrong, barrier penetration improves with mass, not speed
This is what I'm arguing against

2018-08-25 21:05:56 UTC  

fundamentally

2018-08-25 21:06:43 UTC  

barrier penetration improves with mass AND speed, as well as a hundred smaller factors like shape (not really relevant to this argument)

2018-08-25 21:06:44 UTC  

toss a baseball at a wall, now THROW the baseball at the wall, same mass, does the extra speed help it go deeper??

2018-08-25 21:07:08 UTC  

kek

2018-08-25 21:07:42 UTC  

a baseball thrown does not have enough energy to penetrate a wall generally speaking

2018-08-25 21:08:09 UTC  

Strong throw that goes through a wall... Sure it will, but a heavy baseball going fast is still going through more layers than a light baseball going REALLY fast

2018-08-25 21:08:31 UTC  

a drop a cannon ball from 1y, now SHOOT the cannon ball at a wall with the same mass

2018-08-25 21:09:08 UTC  

There was a test they did where they took drywall sheets lined up behind one another and shot it with various calibers

2018-08-25 21:09:17 UTC  

mass x speed x speed

2018-08-25 21:09:54 UTC  

more energy, less inertia my dude, and inertia is what you need for the wall

2018-08-25 21:09:59 UTC  

speed (velocity) is a lot more important than mass

2018-08-25 21:10:32 UTC  

which is why a few gram heavy bullet can REKK your body armor and kill you

2018-08-25 21:10:43 UTC  

The other part of it Proyne is that I have in more modern handgun loads (JHPs) in particular they are using fast burn powders these days so in a long barrel (over 14") you are losing muzzle Velocity.

2018-08-25 21:11:08 UTC  

as the long as the bullet is going SANIC FAST supersonic speeds

2018-08-25 21:11:35 UTC  

>you are losing muzzle Velocity.

2018-08-25 21:11:38 UTC  

I call bullshit