Mattv2099 gets dynamic and high speed low drag:
ART.
Those tenifer atoms in the Glock slide are something else!
If you didn’t realize it, this was some taofledermaus trolling… that guy is always with the science that blows my mind.
Thoughts?
Trolleonic Reactions With A Glock, Food Coloring, And Milk
MIL-STD-
Comments
8 responses to “Trolleonic Reactions With A Glock, Food Coloring, And Milk”
I’m not so sure I want to get food coloring and milk all over my glock. Regardless, how do people come up with this stuff. It is pretty darn fascinating.
Ok, So I still don’t understand how this works.
is it the liquid wicking up the barrel causing the liquid to start moving around?
No one understands. I was rejected by 23 scientific journals.
Thank you ENDO-Mike for publishing my research!
So how exactly does one calculate the balsackein coefficient? Dude, love this.
First you must carefully apply the Beavis Principle which states:
The angle of the dangle is directly proportionate to the heat of the beat.
You then integrate the angle of the dangle function over the ballsakian surface. You then subtract the flux integral the results at the end of the nearby cylinder and there you go. The ballsakian coefficient.
That was so neat!!!!! I need to try that. In fact, it was very artistic. Take some pictures and sell it as Glock Art or the Art of Glock.
Put a drop of Dawn dish washing liquid on the tip of the barrel. It will do the same thing if you put a drop on the tip of your finger.