Water and leather cheerios ❤

Isnt he is vsauce

Kjbbbb😂🎉

8:25

Nice Nice, NOT NICE😅

I’m watching this naked, absentmindedly gyroelongating my wiener over and over.

It looks like the entrance to one of those stilltents from Dune, which Herbert describes as a sphincter.

1:40:52 "What am I doing with my life? This better be worth the ad revenue..."

1:32 This is factually incorrect, everyone knows there are 48 regular polyhedra

Ding chilling

Best explanation so far! I've watched @asapscience, but this one is better

Who remembers Captain Stabbin?

I first found this relaxing until we got into the hundreds

What I want to know is who cleaned it up when michael spat on the ground

Man imagine doing this twice because this is take 2 that’s what vsauce said

6:59 he says 999 which isn't prime

Thiz video reminds me of being in thirs grade, and relizing for numbers 1-10, when multiplying by 9, take one below the number ur multiplying by, and then figure out what to add to get to nine. Ex. 5x9. 1 below 5 is 4. 9 minus 4 is five. 5x9 is 45. I felt so smart. Its lots of fun!!

I judge michaels method of drawing 8 heavily

i love me some water cereal

Today I learned leather cheerio. 😅

this man makes me wanna do my homework

This intro aged like milk in the sun 😅

"Some will want the poop." No one is asking those individuals. They have all they need...Taco Bell exists.

this is deadass comforting, idk how to explain it

This is the first time I've truly understood an explanation to the Monty Hall Problem. It's literally just "You have to pick one of three doors. One is right, two are wrong. So you're probably going to guess wrong, because you only have a 1/3 chance of being right. If you'll probably be wrong on your first guess, then the money is probably behind one of the other two doors, and after the reveal, one of those doors has been eliminated." It finally makes perfect sense to me. In the past I was just like "I believe you are right, smart person, but tbh I don't really get why." Thank you!!!

15:59 to all the polish folks that's the number y'all looking for

nanapertapestick?

relatable

-lonely-

Fiiiiiinally I understand 🙏

Title says: "PLAN B" Well, its not correctly written but if you have a lot of free timr like me, then you can waste your 100% brain cells on this code

Just found this video after coming up with my own algorithm that is generalize-able to any single-digit number. I recently found out about these kinds of divisibility rules and wanted to work out how and why it works. My algorithm works by aggregating a total of the remainders across all the place values and then checking if that's divisible by our dividend. Lets say we want to check if 672 is divisible by 3 any number like 672 can be written as the sum of its parts, namely 600 + 70 + 2. so 672 / 3 is the same as (600 + 70 + 2) / 3. We know that division is distributive so this is also the same as (600 / 3) + (70 / 3) + (3 / 3). Now we just have to perform each individual division. Let's start with the largest and work down. 600 / 3. This can be written as 6 * 100 / 3 which, by laws of associativity is the same as 100 / 3 * 6. 100 / 3 has a remainder of 1. And since we have 6 one hundreds, we have the remainder of 100/3 six times. So the total remainder of 600 is just 1 * 6, or six ones. We'll hold onto this information for later. (you could also obviously just check at this step if the remainder is divisible to get a smaller and easier number to work with at the end.) We do the same thing for the next division, 70 / 3. Following the same steps above, we get 10 / 3 * 7, which is just 1 * 7 ones remaining, a remainder of seven ones. Now we've arrived at the ones place. We take the number at the ones place, and add to it the ones we got previously as the remainder of the other place values.They're still a part of the larger whole number 672 and still have yet to be divided by 3. So (6 + 7 + 2) / 3. That's 15 / 3, which is divisible by 3 with no remainder. So at the end we have no remainder. Therefore, 672 is divisible by 3. You can check it yourself in a calculator.

Hello... JUMPSCARER! 💢😡

-- --- .-. ... -.-. --- -.. . !

The shape you were making before the snub cube but didn't complete was an Archmidien Solid

I’m putting this on to fall asleep to

Oh I don't think we use homophones in India as how you explained them.

Fun fact :the thing that you were calling heterographs are not called that in my country India. It's called homophones in this place. Maybe also in the UK it might be the same as India because there is a similarity in calling things. I'll give you example :diarrhoea, trapezium

Yay i unstupided by 0.037%

prbg is the name of the video i think

why is the title just ETTEEETETEEETTE

Pull Up pU lluP

What did bro do to deserve this😭

it looked like he was controlling it with his mind

Yes I leave near Melbourne and it's January ! but it's 6 years late :-(

If I had a nickel for every time I saw a Mobius Strip video celebrate one season but be released in another season, I'd have two nickels. Which isn't a lot, but it's weird that it happened twice.

The way he says each number feels like he’s telling us his life story

3:14

Watching this on loop made me forget to eat. Kudos from Helheim

I love Michael casually killing an old Mythbusters bugbear for Adam. It doesn't get much more Confirmed than watching all the blocks, even the ones more than 80% over the table, flip clean off under the weight of a playing card