@@stevewindisch2882It shattered too perfectly. I’m no expert, but my guess is that the jar was made of sugar. They often so this in movies where windows shatter to be safer.
for those who want a bit more of an in depth explanation, he's just using the formula for volume of a rectangular prism but using a jellybean as the unit 😁
Just for show effects, a variation of a “Mic drop”. He should do a follow up video using science to clean up, separating the glass from the jelly beans. Reduce, Reuse, Recycle, Rethink! ♻️
@@davidjennings2179Two australian brothers, who made a youtube channel. They make movie trailers for big youtubers with the goal of reaching 5 million subscribers, at which point they have a chance of making a movie for MrBeast. They are also a part of Mark's editing team in regards of short form content.
Came here to say the same thing: 🤯😐😑😡😤🤬😵💫🫥 Janitor looking at Mark like I look at my 2 y.o. chucking his dinner (that I just worked on for an hour) across the room.
@@user-kt3de9ww9i Math is not "rarely" applicable to real life at all, everything around you is only possible because of math. You might personally not use it regularly in your daily life, but everything you do is affected by it and by people who use it to make us not cave men.
It would be more accurate if you weighed a random selection of more of them. Like even just 10 of them would help tremendously due to random fluctuations in weight.
I won a contest by using the same strat with unequally sized candy, I made allowance for the larger candy and knocked some off and actually scared the judges with how accurate my guess was! It was my first time winning something, haha.
Draw a line around the whole jar, count how many beans intersect that line, divide it by pi, divide that by 2, square it and multiply it by pi again, and then multiply it by how many jelly beans there are going up. You’re welcome.
For any of those wondering for a circular jar it's this: Find the height (h) and circumference (c). Now do: (c / pi / 2)^2 × pi × h = jar of jelly beans (j) circumference is the number of the jelly beans to around in a straight line. pi is for the number 3.14..... (goes on forever) and ^ is for "to the power of..." for that small top number on a number. Hope this helped! 😊
Considering the inaccuracy of the measurement, for any normal size jar taking pi=3 should be fine and this lets us have a much nicer formula (using radius) 3r*r*h or using circumference c*c*h/12 (I'm hella tired so I might have made a misscalculation) I think the bigger the jar the worse this formula gets but I'm too lazy to check it for sure so "trust me bro" Also your formula can be simplified to c*c*h/4pi I hope everyone who reads it can square but I didn't use it just in case
For anyone wondering about circular jars: There are two alternative methods, which all, just like Marks, also work on M&Ms, balls, or whatever. 1. For his method he's just taking the length times width (jellybeans per layer) times height (jelly beans volume). That still works for a circle. Count the jelly beans going around the jar and you'll get the jelly beans circumference (2πr). The area is πr^2, so just take the number of jelly beans you counted divided by 2π (6, 6.2, or 6.28 is precise enough ;)), square that, and multiply it with π again (3, 3.1, or 3.14). That gives you the jelly bean area. Multiply that with the height again and you'll get the same kelly bean volume, aka number of beans. It takes more steps, because a circle is harder to calculate than a square, but its the same method. 2. If you are not allowed to touch the glass or can hardly count it, this method at least helps you make an educated guess. Perfect balls fill an infinite space with a max density of 73ish percent (because you have to leave room between the balls for air). Jelly beans are a little less than that, probably aorund 60-70 percent ish, I always highball it to 70. Thus by taking the estimated volume of the container, multiplying that by 0.7, and dividing that by the volume of the item inside it (about 3.5 cubic centimeters for a jelly bean), you at least get a rough estimate. Final note: if you repeat the process multiple times and take the average your result gets more precise. This is especially impactful, if the items inside the container are very different, as single layers may differ quite heavily. And that is one of these lovely real live applications of math :D
One time I measures a jelly bean, then measures the jar, then did all the math to find the area of the jar and how many beans would fit in it, then I still lost
@@peoplelikemeithink In Vietnam, we learn these lessons in 12th grade math, 5th grade math learn about calculating the area and perimeter of geometry and in the video we learn about calculating the volume of geometry.
This is the basic method. If you really wanna get advanced: measure all the dimensions and find the volume of the container. Then do the same for a single jellybean. Then divide the volume of the container by the volume of one jellybean. You’re not quite done, though. Multiply the number by 0.7 to account for the 30% air that’s typically in between the jellybeans, and that’ll be your number.
@@datboiischicken9635 The point here is being at-least a bit accurate and being fast; the method in the video shoes a rough estimation in around 30 seconds, depending on the size of the jar and the ability to process mental mathematical equations quickly etc, however, in this method the volume of each jelly bean does matter, imagine in a scenario where you picked the smallest jelly bean out of every jelly bean in the jar, this could lead to this method bring even more inaccurate than the first one, and it also depends on how tightly packed the jelly beans are, you can give an estimation to that by multiplying by 0.7 however this could vary from jar to jar, this could take 5-10 mins with a calculator and like hours mentally.
@@walruses223ui everything you just said applies to the first method, as well. Imagine if the jelly beans you counted were all small, or even more likely, they were all horizontally or all vertical. The number would be heavily inaccurate. The difference with the method I suggested is that you can eyeball the most average looking jellybean and use that. Also, you’re pretty far off with your assessment of the time it would take. With a calculator, both methods would take less than 5 minutes, and the videos method would not be that much faster since there’s hardly that many more calculations. Without a calculator, it would take most people a lot longer than 30 seconds to multiply three 2 digit numbers. Though I guess if there’s some weird time constraint on guessing and/or rule against calculators, the videos method is better, but I’m not sure why that would be the case.
@@DTM-tm5vl суть в том, что при круглой банке нельзя перемножить h(высоту) и d^2(дважды диаметр), тк V=pi/4 d^2 h, и придется умножать hd^2 на иррациональное число-это довольно сложно сделать в уме Я же предложил посчитать количество конфет на дне, чтобы по нему посчитать S(площадь основания), тогда V=Sh даст количество конфет, и иррациональные числа здесь не придется перемножать. Другое дело, что посчитать порядка 100 конфет на дне уже довольно муторно
2nd method:
1. Open jar
2. Dump them out
3. "There are 0 jelly beans"
Biuford estaría orgulloso
*Phineas y ferb*
@@gutierrez_el_pibe_sovietico Exactly what i was thinking
ahh yes the patented Buford technique
천재
🤣🤣
"How many jellybeans are there?"
I'd say, at least ten.
Wow
Beetlejuice answer
Nah he would say "35" Lol@@volcano6512
Wrong
It's minus
Last scene was not at all necessary 😭
Exactly 😅. He literally broke the jar
Concordo
나도 그렇게 생각한다.
1621
Last scene for people hitting like button.
I felt pain when he dropped the jar and jelly beans scattered everywhere.
勿体無い🥲
Точно. Дизлайк за пренебрежение к еде😢
나도야 왜저러는거야. 자원을 쓰레기로 만들었네
Mixed with glass, no less
@@stevewindisch2882It shattered too perfectly. I’m no expert, but my guess is that the jar was made of sugar. They often so this in movies where windows shatter to be safer.
"how many jelly beans are here?"
"More than 1"
180 likes no comment let me fix that
340 like and 2 comment
No likes and 736 comments lemme fix that
Let's make it astronomy accurate.
More than 1, less than 1,000,000
Харош
-You're 21 off.
Eats 21.
-Now 42.
Exactly lol
Absolute value
this caught me so off guard 😂😂
37
Now it's at 1579 instead of 1621!
SCIENS
Bro violated that jar of jelly beans 💀💀😭
for those who want a bit more of an in depth explanation, he's just using the formula for volume of a rectangular prism but using a jellybean as the unit 😁
Was looking for this!
But it's the formula for a cuboid! 🌚
Circular jars: Am I a joke to you?
Today is my birthday and I have no subscribers 😢
Pi: Finally, my time has come
Height/pi X (0.5 X circumference)^2
@@alfiehopkin5795That‘s wrong. By squaring the circumference you get an extra Pi term. It should be:
Height/pi * (1/2 * circumference)^2
You can use the formula for calculating the area of the cylinder using the same approach, can’t you?
EDIT: i meant volume
I cried when the Jelly Beans were scattered on the floor
ME to
That’s…. Very sad…
I unliked the video. It deserved a like up until that point
Sad 😢
i crode
Вот и зачем ты разбил это в конце ?
Just for show effects, a variation of a “Mic drop”. He should do a follow up video using science to clean up, separating the glass from the jelly beans. Reduce, Reuse, Recycle, Rethink! ♻️
американец же, еды дохрена
I thought it was completely unnecessary to break the pot.
По приколу
Я наконец-то узнал правду, переводчик есть не только у русских, но и у других языков
I love seeing the sticks guys, theyre great
That the most depressingly mesmerizing ending to a short I’ve ever seen. All those jelly beans lol
I only SLIGHTLY cried
I had to unlike the video lmao I was so upset
I thought this whole comment section would be veitnam or smth but luckily it’s not 😭😭😭
Y’all been successful rage-engagement baited
But like… how does he eat them no… they are full of broken glass
Him throwing the beans to the floor broke my heart
1621
И мне
😭😭
and he thinks it's cool.. 😤
aaaaaaaa
When you get given jellybeans in a mobius strip bag and asked how many 😂
Bro just did a war crime by shattering that jar and wasting over 1600 jelly beans
To think Baljeet, Phineas, and ferb couldn't figure this out😂
“You’re supposed to show your work”
@@Lucia-ni4oz "i will in 20 minutes"
Work smarter, not harder
666 likes
They go for exact number and not proximation
Buferd Method:
1. Open the cap
2. Eat all the Jelly Beans
3. Answer "ZERO"
"But you didn't show your work!"
@@LG-yd7iw I will in about 20 minutes
I love this.
"caseoh method"
It's spelled Buford just to let you know
So he basically calculated its volume....
Та самая круглая банка : 🗿
3rd method:
1 open jar
2 count all beans
3 say the number of beans
Its called guess for a reason
Open jar
*two girls and a jar*
Thats hella brute force
1621
@@jaysen2569PAUSE💀
IT'S LITERALLY JUST VOLUME, HOW HAVE I NOT THOUGHT OF THIS
I know 😭
Let me gues is that a non-srandard unit? And the formula is S²xh4
@@user-oo7xy2bk6q if by nonstandard measurement you mean jelly beans cubed then sure. im not sure what you mean by S^2*4h but the formula is l*w*h
ikr crazy
Bxwxh, how have i not thought of this
I feel bad for the intern that had to count it while filling up the jar 😭
I just did this at a baby shower and won! Thanks
“That’s not my dad, it’s a cellphone”
“SO I THREW IT ON THE GROUND!”
1621
So glad to see a lonely island reference in 2024
@@Lunascaped yep heh
w song
How many jelly beans are there?
me: more than one🤠
me: mais de um
me: more than one
O glitch mental KKKKKKKKK
Acontece nas melhores famílias
Me: more then your IQ
Ești român nu?
U.S.A people: wow
Korea people: how do I clean it up?
Mark after: "I gotta clean this up."
The janitor: 👁️👄👁️
Also me sitting at home wishing I had some jelly beans.
Guessing jellybeanz:❌️
Wasting a jar of 1621 jellybeanz:✅️
(Alright guys i know he ate 2 its 1619)
Edit2: okay stop blowing up my nofications
1619 cuz he ate 2
True...
1619, he ate 2
And the jar
It could have been only 1579 (1577 after he ate 2)
"How many jellybeans are there?"
Greater than 1
Mark looks like Ronaldo!
Love seeing Sticks as a cameo
Stiiiiiiiiiicks!!!!
Who is sticks?
@@davidjennings2179Two australian brothers, who made a youtube channel. They make movie trailers for big youtubers with the goal of reaching 5 million subscribers, at which point they have a chance of making a movie for MrBeast. They are also a part of Mark's editing team in regards of short form content.
Yess
YESSSS
I screamed at the end
"Not thE JELLY BEAAAANNSSS WHY WOULD YOU JSUT THROW EM😭😭😭"
Not funny at all
@@Blue_Is_awesome9 I think they were saying that Mark throwing out all that food wasn't funny.
At this point being marks cleaner means your Sisyphus him self 💀💀💀💀💀
Opps
1621
Then I will give you a cylindrical jar.. 🙂
This is so relatable, I love it.
Rip Mark's Janitor💀
1621
😊😊😊
Xhh
Came here to say the same thing:
🤯😐😑😡😤🤬😵💫🫥
Janitor looking at Mark like I look at my 2 y.o. chucking his dinner (that I just worked on for an hour) across the room.
Buford: "look what they need to mimic a fraction of my power"
*Eats them all*
Zero!
@@sniclops15”okay that is *technically* correct, but you did not show your work!”
@@dinodude8899 i'll show my work after 20 minutes
@@dinodude8899"I will in about 20 minutes."
I could've used that many jellybeans 😭
This is literally how mr.bean counted the sheep
-how many jelly beans here?
-0
-theres 1621
-lemme fix that (eats 1621 jelly beans)
There 0 jelly beans!
Hahahaha (not funny)
Bro is not caseoh💀
I feel bad for the Cruch Labs janitor.
lollll i feel bad for the principals trying to raise money
Some one wins no matter what 💀
PROTOGEN!!!!!! 💜🧡💛💙❤️
@@glitchingliveloser
@@rwyn. ❤️💜💙💛🧡
Mark's janitors after every video: 👁️👄👁️
What about when the jar is circular 😅
Basic volume calculations. Finally something that math can be applicable for irl lol
Edit: YALL CHILL IT WAS A JOKE
fym "finally" you gonna get your mind blown when you graduate school lmao
@@dylanboyd6147what u yapping about. they're just saying that math can be applicable to real life.
@@azrienstewartenasen1508 yeah very rarely lol
@@user-kt3de9ww9i Math is not "rarely" applicable to real life at all, everything around you is only possible because of math. You might personally not use it regularly in your daily life, but everything you do is affected by it and by people who use it to make us not cave men.
@@TheZenistarcool, i dont need to know how it works though, almost noone needs to
4th method
1.- open the jair
2.- dump them out
3.- Measure how much it weighs and then weigh just one.
4.-Divide the total by one's weight
Or just say there are 0 jellybeans 🗿
It would be more accurate if you weighed a random selection of more of them. Like even just 10 of them would help tremendously due to random fluctuations in weight.
Just don’t know the weight of the jar alone, so your calculation would be over sizing.
@@JRNimmoExactly. The more you weigh, the more accurate the calculation will be.
@@itslorenzo6626Just dump out all the jelly beans at the end and get the weight of the jar itself
Arthur Morgan: NO! That was my jelly beans!!!!
勿論、床に叩きつけたジェリービーンズはあとでスタッフが全部拾って食べたんだよね?
カッコつけたかったのかなんだか分からんが、知的には見えないな
mo mo by m
.
beksisilat
I think he's more intelligent than you in his own field
If you were smart, you'd know that a singer wouldn't necessarily be smart at math since it's not his field
when the one who does not value the jelly beans wins, we all lose.
words of wisdom
Sticks guys became Mark Rober's Team mates?
They edit his shorts I believe
Yeah I saw that too lol. They do actually work for Mark now (they shared that when they made Mark's move)
Thay are the ones who come up with the shorts ideas like the popcorn dump short
Let’s go sticks!!❤ there films are amazing!
@@legosonicloverNope they dont
This is really entertaining!
?:젤리핀은몇개가있을까요?
나:1부터1조까지중 한숫자.
The problem is when the candy inside doesn't all have the same size…
That's why they have 1 average size, comprende?
Exactly
I won a contest by using the same strat with unequally sized candy, I made allowance for the larger candy and knocked some off and actually scared the judges with how accurate my guess was! It was my first time winning something, haha.
@@raine1319 👏🏻👏🏻👏🏻👏🏻
Hey Sticks!
Instructions unclear : my jar was cylindrical
Draw a line around the whole jar, count how many beans intersect that line, divide it by pi, divide that by 2, square it and multiply it by pi again, and then multiply it by how many jelly beans there are going up.
You’re welcome.
@@shadowpheonix1751 Would it be close enough to use 3 instead of pi? I don't exactly have a calculator in my head.
@@Grushdeva48 probably.
@@Grushdeva48but you have it in your phone, you're not forbidden to use it.
@@shadowpheonix1751you can rewrite this as S=L²/4π, and then ×height
Ants in final
Thank you mark, my school has a monthly challenge where it is Basically this but with other candies as well. I will win all the candy now!
“How many jellybeans are there?”
“A lot”
For any of those wondering for a circular jar it's this:
Find the height (h) and circumference (c).
Now do:
(c / pi / 2)^2 × pi × h = jar of jelly beans (j)
circumference is the number of the jelly beans to around in a straight line.
pi is for the number 3.14..... (goes on forever)
and ^ is for "to the power of..." for that small top number on a number.
Hope this helped! 😊
Considering the inaccuracy of the measurement, for any normal size jar taking pi=3 should be fine and this lets us have a much nicer formula (using radius) 3r*r*h or using circumference c*c*h/12
(I'm hella tired so I might have made a misscalculation)
I think the bigger the jar the worse this formula gets but I'm too lazy to check it for sure so "trust me bro"
Also your formula can be simplified to
c*c*h/4pi
I hope everyone who reads it can square but I didn't use it just in case
I'm not doing allat for some jellybeans
@@commander12345 I mean for 1,600 tho
@@kammci5175 I can’t brain that in all honesty
🤓 but helpful
The moment you realise he is just calculating the volume of the container😅
Why is the plants vs zombies song? ha ha
For anyone wondering about circular jars:
There are two alternative methods, which all, just like Marks, also work on M&Ms, balls, or whatever.
1. For his method he's just taking the length times width (jellybeans per layer) times height (jelly beans volume). That still works for a circle. Count the jelly beans going around the jar and you'll get the jelly beans circumference (2πr). The area is πr^2, so just take the number of jelly beans you counted divided by 2π (6, 6.2, or 6.28 is precise enough ;)), square that, and multiply it with π again (3, 3.1, or 3.14). That gives you the jelly bean area. Multiply that with the height again and you'll get the same kelly bean volume, aka number of beans. It takes more steps, because a circle is harder to calculate than a square, but its the same method.
2. If you are not allowed to touch the glass or can hardly count it, this method at least helps you make an educated guess. Perfect balls fill an infinite space with a max density of 73ish percent (because you have to leave room between the balls for air). Jelly beans are a little less than that, probably aorund 60-70 percent ish, I always highball it to 70. Thus by taking the estimated volume of the container, multiplying that by 0.7, and dividing that by the volume of the item inside it (about 3.5 cubic centimeters for a jelly bean), you at least get a rough estimate.
Final note: if you repeat the process multiple times and take the average your result gets more precise. This is especially impactful, if the items inside the container are very different, as single layers may differ quite heavily.
And that is one of these lovely real live applications of math :D
i am NOT reading all that
Thanks! A whole math lecture in one comment
Wonderful comment!!
Dam
If you want to go really wild, you can submerge the jar in a pool of water and apply the 70% to the volume of water displaced 😂
食べ物を無駄にしないでください
1621😊
Encontre un hater porfin
One time I measures a jelly bean, then measures the jar, then did all the math to find the area of the jar and how many beans would fit in it, then I still lost
Bro opens jar eats some jellybeans throws the Jar 💀
The janitor:You know what?I'M QUITTING MY JOB!
The amount that youtubers are doing tiny cool collabs is amazing, like the crossover between ryan trahen, sticks, and mark rober is insane.
Trahan?
Sticks actually work for Mark Rober but also are Content Creators.
Even with AJR!
@@killslayer1526wait they do? I forgot-
@@ThymeLeaves_ Yeah, if you have been watching their "Creating a Movie Trailer" series, they mention it during their Mark Rober video.
저 젤리빈이 아깝다고 생각했거나 어떻게 치우냐고 생각했다면 당신은 한국인 ㅋㅋ
This has never worked for me... but awesome video!
NOT THE JELLY BEANS ON THE FLOOR 😭
(edit):MOM IM FAMOUS
😂😂😂😂😂😂😂😂😂
very bad
rip janitor
Did you hit your head
@@Matt-ui3ugel único aquí que se golpeó la cabeza eres tú, desperdiciar comida es lo peor
Can't believe Mark did those jellybean dirty like that
I didn't see the answer the first time😂
Да но если банка круглая?
"I got some jellybeans. You like jelly beans?"
Reference Arthur Morgan 🤠
"OH FOR CRYING OUT LOUD"
*eats the entire jar in one go.*
"THERE! ZERO!"
Pinius an furb reference!
"Okay, technically you are correct. BUT YOU DIDNT SHOW YOUR WORK"
@@williamlux"i will in about 20 minutes"
phineas and ferb
Theres are 1621 jelly beans!
Really!!
im not cleaning that Mark.
those jellybeans were edible until you smashed them and mixed them with tiny glass fragments
yeah.. wasting food has kinda been Mark Rober's thing for quite some time. I'm glad people are catching on
Love the sticks cameo!
Sticks!
마지막에 저거 어케치우냐
라고 생각한 사람
👇
👇
👇
Assuming that all jars are the same shape Lmao
Nice Math hack. But both the mum and sugar addict in me couldn’t help but shout out “NO!” at the jar smash. 😢
When you don't study math, everything seems like a miracle.
저 나라는 음식을 아무렇지 않게 버리는구나...
한국이였으면 욕 먹었을 텐데...
日本でも死ぬほど叩かれると思う
The slo mo was so cool
Mark is now teaching grade 5 mathematics
what? grade 5??? where???
@@HauNguyen-gs6mkyou didn't learn this in like 5th?
@@peoplelikemeithink In Vietnam, we learn these lessons in 12th grade math, 5th grade math learn about calculating the area and perimeter of geometry and in the video we learn about calculating the volume of geometry.
"here's how to win jellybean guessing contest every time"
*guesses wrong*
*smashes the jar in anger instead*
They are always just based off of who gets the closest so he likely would have won in a real contest.
*uses simple geometry*
It the closest to the correct number. I have won my work 5 years in a row using this technique.
Why did you do that to the jellybeans!!!😢
Curved corners: let me introduce myself
Bro just taught us volume calculation formula as if we didn’t have primary school
That smash was personal 😂
Today is my birthday and I have no subscribers 😢😢
@@user-je7nq6rz2ja Womp womp lil bro
@@user-je7nq6rz2ja bro has birthday everyday
젤리가 아까우면 당신은 한국인
한국인 없나..?
-guess how many beans here
-no thanks, i will count them instead
This is the basic method. If you really wanna get advanced: measure all the dimensions and find the volume of the container. Then do the same for a single jellybean. Then divide the volume of the container by the volume of one jellybean. You’re not quite done, though. Multiply the number by 0.7 to account for the 30% air that’s typically in between the jellybeans, and that’ll be your number.
Ok now make a CZcams short about your method
Yes but not all jelly beans have the same volume
@@walruses223ui that’s not relevant. And also the exact same issue can be found with the method in this video so…
@@datboiischicken9635 The point here is being at-least a bit accurate and being fast; the method in the video shoes a rough estimation in around 30 seconds, depending on the size of the jar and the ability to process mental mathematical equations quickly etc, however, in this method the volume of each jelly bean does matter, imagine in a scenario where you picked the smallest jelly bean out of every jelly bean in the jar, this could lead to this method bring even more inaccurate than the first one, and it also depends on how tightly packed the jelly beans are, you can give an estimation to that by multiplying by 0.7 however this could vary from jar to jar, this could take 5-10 mins with a calculator and like hours mentally.
@@walruses223ui everything you just said applies to the first method, as well. Imagine if the jelly beans you counted were all small, or even more likely, they were all horizontally or all vertical. The number would be heavily inaccurate. The difference with the method I suggested is that you can eyeball the most average looking jellybean and use that. Also, you’re pretty far off with your assessment of the time it would take. With a calculator, both methods would take less than 5 minutes, and the videos method would not be that much faster since there’s hardly that many more calculations. Without a calculator, it would take most people a lot longer than 30 seconds to multiply three 2 digit numbers. Though I guess if there’s some weird time constraint on guessing and/or rule against calculators, the videos method is better, but I’m not sure why that would be the case.
legend is mark is still cleaning the jellybeans to this day
А если банка круглая? Придется считать количество конфет на дне 💀
U can just count the diameter and use that
@@DTM-tm5vl суть в том, что при круглой банке нельзя перемножить h(высоту) и d^2(дважды диаметр), тк V=pi/4 d^2 h, и придется умножать hd^2 на иррациональное число-это довольно сложно сделать в уме
Я же предложил посчитать количество конфет на дне, чтобы по нему посчитать S(площадь основания), тогда V=Sh даст количество конфет, и иррациональные числа здесь не придется перемножать. Другое дело, что посчитать порядка 100 конфет на дне уже довольно муторно
He should do a follow up video using science to clean up, separating the glass from the jelly beans. Reduce, Reuse, Recycle, Rethink! ♻️
"Wanna know how many beans are in a jar? Do this method and maybe you’ll get close" 🤣
That's not even funny
Har har har!
😮😮😮😮😊
My school is had a jelly bean counting competition for the high schoolers, and I actually won thanks to this so hats off to you my guy
I think he forgot that most jars are circular 😭
I still use the Odd Squad method