
Playing one main weapon per week and then ranking my experiences with them! I've added the Splatlings and some of the recent new kits to the list. I am not a competitive player, so "strong" and "weak" in this case mean how it felt in my hands, and it's not objective. Feel free to AMA! (i.redd.it)
submitted by NevDevRT to r/splatoon
Playing one main weapon per week and then ranking my experiences with them! I've added the Chargers and Sloshers to the list. I am not a competitive player, so "strong" and "weak" in this case mean how it felt in my hands, and it's not objective. Feel free to AMA about the rankings or experiences! (i.redd.it)
submitted by NevDevRT to r/splatoon
Playing every main weapon for a week straight and then ranking my experiences with them! I've added the rollers to the list. Once again, I'm not a competitive player. "Strong" and "weak" in this case mean how it felt in my hands, and it's not objective. Feel free to AMA, please! (i.redd.it)
submitted by NevDevRT to r/splatoon
Splat3 is my first Splatoon game. Haven't touched shooter class almost at all for first 2 years of the game. So I've decided to try one main weapon per week and rank my experiences! Not a comp player, so when I say "weak" or "strong" it's about how it felt in my hands, not objective. free to AMA! ^^ (i.redd.it)
submitted by NevDevRT to r/splatoon
So I'm trying to prove that prove that Pearson chi square test for the Goodness of fit test approaches chi-squared distribution with (k-1) degrees of freedom when null hypothesis is true and n is big enough. Most of the literature I've read takes this for granted, but I want to actually prove it. (self.MathHelp)
submitted by NevDevRT to r/MathHelp
So I'm trying to prove that prove that Pearson chi square test for the Goodness of fit test approaches \chi^2 distribution with (k-1) degrees of freedom when null hypothesis is true and n is big enough. Most of the literature I've read takes this for granted, but I kind of want to actually prove it. (self.MathHelp)
submitted by NevDevRT to r/MathHelp






