Talk:Super Smash Bros. 64 Battle Royale/@comment-25547865-20150301025157/@comment-25547865-20150301061836

@ParaGoomba Did you actually do the calculations on that? Velocity is squared in the kinetic energy equation. 259,735.3 km/s is 108,223 times faster than 2.4 km/s, so punching something at 259,735.3 km/s requires 11,712,217,729x more energy than punching something at 2.4 km/s. This is before taking relativity into account, which ups it to 31,284,428,602x more. 2e29 joules of energy is required to destroy the moon. 30,000,000,000x more than that is 6.62e39 J, which is what I have been claiming. 6.62e39 J is sufficient to destroy some low-mass, high-radius stars. (I should note that that's not enough energy to destroy a star like our own. You would need 2e41 J for that. But it is enough to destroy some stars, and it's over 28,000,000x more than enough to destroy a planet, so that's why I called it star-busting).

@SS2L Considering most of you likely have no physics knowledge beyond F=ma, I'm not too worried about that. However, if you actually do have compelling arguments against my case (rather than just recycled points I've debunked numerous times before), then present it to me.