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Hello,
I recently re-read through Naruto… So, I figured I’d make a Calc Group Discussion thread for this calc rather than pursue the chaos of trying to entertain discourse in a blog. My calc is predicated on finding the kinetic energy of a system with an increasing mass. I went about approaching this problem via Work = integrand of Force dot Distance, where I used Force = Time derivative of Momentum, treating the entirety of Momentum as having Time dependence. I know this feat in particular has a lot of “hot-blooded” history behind it, but I ask everyone maintain a level head. Without further adieu,
I recently re-read through Naruto… So, I figured I’d make a Calc Group Discussion thread for this calc rather than pursue the chaos of trying to entertain discourse in a blog. My calc is predicated on finding the kinetic energy of a system with an increasing mass. I went about approaching this problem via Work = integrand of Force dot Distance, where I used Force = Time derivative of Momentum, treating the entirety of Momentum as having Time dependence. I know this feat in particular has a lot of “hot-blooded” history behind it, but I ask everyone maintain a level head. Without further adieu,
Shin: Jukai Koutan
vsbattles.fandom.com
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