Thank you for the weight shifting tip! On the physics point I think he was thinking of the Kinetic Energy equation, KE= 1/2 mass x velocity^2, as opposed to the derivative, F=MA. A faster object carries exponentially more energy than a more massive object in motion. !
![Non-FMA Weapons [03]: Tongan Akau Tau](/img/1.gif)
Thank you for the weight shifting tip! On the physics point I think he was thinking of the Kinetic Energy equation, KE= 1/2 mass x velocity^2, as opposed to the derivative, F=MA. A faster object carries exponentially more energy than a more massive object in motion. !