shoestopia - mods for the sims 4

+ 30 swatches 🎨 don’t need slider (automatic height) 🔝 slider version included 〽️ new mesh ✅ the sims 4🕹️ female 👫 teen-elder (adult) 👩‍👩‍👧👨‍👩‍👧👨‍👨‍👦 smooth bones 🦴 morphs 🏋 custom thumbnail  🖼️ hq mod compatible  💎 all lod’s 🔧 ⚠️NEWS.- You can now access my mods by supporting me on any of the platforms below. New mods every week. become vip: Patreon, Buy Me A Coffee or Ko-Fi.

✅ | downloads:

brianna high heels. | ⭐vip

dallz high heels. | ⭐vip

lilian dress. | ⭐vip

so cold boots. | simfileshare, drive (✅public)

walker sneakers. | simfileshare, drive (✅public)

nix high heels w/ socks. | simfileshare, drive (✅public)

nix high heels. | simfileshare, drive (✅public)

Alright, let me get this straight: so 1/0 IS an actual number with an actual value. It has to be, otherwise straight vertical lines don't exist. But it is also undefined

The reason why it is undefined is because as n→0+, 1/n= ∞. [1/1=1, 1/(1/2)=2, 1/(1/10)=10, etc...]

HOWEVER, as n→0–, 1/n= –∞. [1/(–1)=–1, 1/(–1/2)=-2, 1/(–1/10)=–10, etc...]

Therefore, as n→0, 1/n= both ∞ and (–∞). So does that mean 1/0 is simultaneously –∞ AND +∞, and not either-or like you would see when f(a)=f(–a)=0?

I don't even know how that would look, physically and mathematically

But if that is the case and we denote ± as being plus AND minus, rather than plus OR minus, it would mean that 0×(±∞)=1, as well as 1/(±∞)=0

[Side tangent: How would 0×(±∞) even look as repeated addition? Coz that's what multiplication is. Maybe 0±0±...±0? Or perhaps ±1(0+0+...+0)? Same thing actually, but it still makes no sense. How can you add and subtract something at the same time and still change its value?]

Which again, I don't understand, but it does explain why 1/0 is undefined, because it has two simultaneous values (which, from my understanding, only exist as concepts and not actual values) despite it being a constant

Have I got all of this right?

And why can't we just allow the existence of constants with simultaneous values in mathematics? Could certainly help in defining 1/0. But then, what else would it apply to? And its not like we constantly came across it like with √–1. 1/0 is just weird