Visual Inclusion/Exclusion

[@papapdude7595]

Chrome Logo lore

[@karmaitu]

Underrated

[@gekosko]

how do you read minds ?

[@G8tr1522]

forreal??? or is this just a joke

[@hemadhumal4036]

Exactly😮😮😮

[@noahgilbertson7530]

Thought I knew what was coming but I didn’t expect the pretty shape

[@ZzSlumberzZ]

to name a few, numberphile, 3b1b, and your channel are the 3 of my favourite math channels on youtube.

[@MathVisualProofs]

Thanks! I really love those channels

[@xXJ4FARGAMERXx]

Why do I feel Deja Vu?

[@1224chrisng]

​​@@xXJ4FARGAMERXx I've just been in this time before (higher on the beat) And I know it's a place to go

[@prathameshminecraft]

Cuz they all use manim for math animations?

[@munshipremchandfan]

domotro too

[@abehankens7456]

wow, its so neat that you can represent something that looks so complex on paper so simply visually!

[@rceby2024]

THIS IS WHAT I'VE BEEN LOOKING FOR. Thank you! More visual proofs to come

[@gourangiverma3947]

this was helpful in understanding for 3 sets. i need to use a similar logic to extend that to n sets.

[@Ninja20704]

I learnt this in my combinatorics class as it’s quite often used there. They also showed us the formula for n sets

[@parambratamajumder9710]

Very nice visual explanation.

[@charlieb8735]

The contemplation of the waste of time that this approach has is the only reason it wasn’t a waste of time to contemplate. And that’s an infinite difference

[@rishabhnarula1999]

Good work.keep these up.hope your channel blows up big.

[@GO-fs5cz]

I’ve never understood this concept qualitatively until now

[@AyushRaj-jb8eh]

Bro I just learnt this formula today thanks man 😇

[@thesaurusrex7919]

Excellent

[@AmitKumar-dg4ir]

Excellent explanation ❤❤

[@GuzmanTierno]

really nice

[@Kettwiesel25]

Fitting to put the Nocturnes under a video of moon shapes like this ❤

[@varunpunia11]

very helpful...thank you!

[@newboygram8654]

Thank you! Thank you 🙏🙏🙏

[@Ramu9119]

Good work man

[@antoniocampos9721]

Very interesting!!

[@alute5532]

already know cardinality but it's awesome to visualize it, thanks for that, dude!😁🌺

[@rustydagon598]

very helpful

[@no_mnom]

Awesome, wished I saw this before learning sets for inequalities 😂

[@yassine-sa]

Reminds me of grassman's formula in linear algebra

[@Nabiile]

beautiful video!!!

[@MathVisualProofs]

Thanks!

[@chronosbat]

I love visualizations of proofs like these combinatorics is my weak spot

[@adityabaghel1270]

Thanks!!

[@falkez1514]

so if we get three finite sets, a b and c as shown in the video the total count of elements is google

[@AB-uy2vh]

Have you ever read proof without words by Roger Nelson. ? It’s really good.

[@MathVisualProofs]

Yes. I have all three of his compendia. Most of my channel contains proofs from those books (though I usually include the original sources instead of Nelsen’s books).

[@MathVisualProofs]

I have many of his other books as well and cite those in relevant places.

[@Caloteira1665]

Da pra fazer com quadrados também, mas essas pontas dele atrapalham um pouquinho

[@masterv.i.p5932]

And we have chrome logo

[@tapicationer]

It’d be pretty interesting to see how this could extend to a larger number of sets

[@MathVisualProofs]

Yes! I can do a four set version I think because I have this: kzbin.info/www/bejne/jXPSpWehpshmqNE . But I can’t do it in shorts form I think.

[@tapicationer]

That's a mesmerizing video on its own, wow... But yeah, it's just that I've seen the general formula for n sets and it seems impossible to fathom 😁 Although I'm not exactly keen on these fields of math, it's always fun to see visualizations of something so abstract... Have a lovely day!

[@MathVisualProofs]

@@tapicationer thanks!

[@Ninja20704]

While its long, there is a nice pattern for the formula for n sets. Add all the individual sets, minus all the pair-wise intersections, plus all the 3-wise intersections and so on until you reach +/-(depending if n is odd or even) the n-wise intersection (aka the intersection of all sets)

[@AnglandAlamehnaSwedish]

Where was this during probability before stats

[@AbdulrahmanAlMutwia]

What do you use to create your videos/animations? I would love to create such animations for my university homework 😅

[@MathVisualProofs]

I use manim, the python library created by 3blue1brown

[@john-ic5pz]

oh boy...we had "New Math" in the early 80s where I went to school. I remember 'intro to sets' in elementary school and I admit that 44 yrs later I don't like it any more than I did then! 🤣

[@MeanJackal]

bro i enjoy the animations more

[@Fyodor1412]

Ty

[@spiderjerusalem4009]

could you also visualize GPIE(Generalized PIE), which uses properties instead of subsets? With the given following formula E(m) = ω(m)-(m+1 m)ω(m+1)+... + (-1)ᵝ⁻ᵐ(β m)ω(β) such that: S = set of elements F = {P₁,P₂,P₃,...,Pᵦ}, β properties ω(Pᵢ) = numbers of elements of S that satisfy the property Pᵢ ω(r) = 𝚺 ω(Pᵢ₁Pᵢ₂...Pᵢᵣ) as {iₖ}ʳₖ₌₁ ranges all over k-combinations subsets of {1,2,3,...,β} E(m) = numbers of elements of S that *precisely* satisy m properties of the set F

[@_Aryan_Anand]

🎉

[@gabbog9945]

Capito in 5 minuti così, non capito in 2 ore all Università

[@alishbista1748]

I remembered solving these problems in 8th grade.

[@visualbree]

What in the chrome logo is this,?

[@MrMagnacharge]

the end looks like google chrome

[@cupcake_toucher445]

New google logo

[@ferociousfeind8538]

Woahhh

[@voidblock4700]

very cool but isn't there an easier way to do this?

[@luanalidema]

Samsonite logo!

[@rexevans100]

you could just count the number of regions.

[@leicraft_]

Why it looks like the chromo Logo?

[@cw6043]

Side note, for 4 circles it's not what you think

[@MathVisualProofs]

kzbin.infoX-uesNEHv7U?feature=share ;)

[@vedantsadul]

11 jee aspirant: hold my maths

[@prometheus7387]

Google chrome vibes

[@olcuqap1789]

Chrome lore

[@intothestreets2000]

moon

[@LobotomyMapping]

I'm really early..

[@0SlimeKing0]

Ok

[@pntov]

Google Chrome

[@Crvstylvngs]

Otherwise known as google chrome

[@alienmusik338]

gogol

[@rodrigo.aldegheri]

Firefox isch beser

[@loanct]

crom

[@YtieclPolkao]

The hell

[@olgakrykun3905]

333th liker lol

[@snap-off5383]

This formula is known as "basic logic and common sense."

[@wafikiri_]

Buuuut..... Common sense is the least common of senses!