@FanOfMostEverything
Actually, since the m in the mc 2 is actually ∆m, you’ll need to find out what the mass pre-NOM and post-NOM to find how much energy is required to NOM.
Divide out mass, and we get NO = c 2. I’m not sure what those first two variables are, but their product is apparently a constant. A very high one at that, about 9 * 10 16 m/s.
@Joseph Raszagal
Does that even matter? We need a control group, a tiny Twily not nomming her sleeve, to see if the difference in cuteness is statistically significant.
Tag, please, Lumineko is murdering us.
Now hugs :3
M = mouthC = chewingBLASPHEMY
Now I’m imagining Twilight performing either the Swim or Pyon dance with someone XD
This is true. And I should note that my previous comment misstated the units of the constant. It’s m 2/s 2
Actually, since the m in the mc 2 is actually ∆m, you’ll need to find out what the mass pre-NOM and post-NOM to find how much energy is required to NOM.
Does that even matter? We need a control group, a tiny Twily not nomming her sleeve, to see if the difference in cuteness is statistically significant.
Inhaaale
Bitch, please. You’re not even nomming your sleeve.