It is NOT 13. 🤣

@Matt85 And this is how a lot of people get this wrong. Order of operations are very simple. I'm glad that you changed back when math was getting harder, this guy remained an idiot.

@SomeMichGuy how's that called generalization it doesn't generalize anything -_- I hate math

@xSiFiGamer2016x Good job!

@pawsly The binomial theorem gives one the ability to calculate

(a + b)^n

for any n, as a series of n + 1 terms.

So it generalizes the specific examples to any n.

Or you can write out Pascal's triangle...do it to n = 20...lmao.

The formula is obviously a generalization, and makes having a bunch of specific examples unnecessary.

@fanuc2013 Right, but this guy thinks it's 13. There are people who makes mistakes and fix them, and some who think they're right are wrong and keep being wrong.

@Oster1 🤣😆 Bro.

@xSiFiGamer2016x 😂😂😂🤣🤣🤣👍🏻

@Oster1 You are a very good sport!!! 😊

@WhateverWorks Yeah, exactly. 😆

@xSiFiGamer2016x ok-ok good.. I was wondering if I was misunderstanding the joke because it seemed too obvious.

@NudasPriest I hope this guy knows how to read deals for food and clothing, and I mean percentages. 😆

@DDonde The best I could think of was that person used the exponent to go in both numbers, got the answers for those numbers, then added them to get 13. But we all know that's not how it goes. 😆

@xSiFiGamer2016x yeah that’s all I could come up with also
2*2=4
3*3=9
4+9=13

@WhateverWorks Yeah, I get where that dude was coming from, but PEMDAS (or BODMAS) is a way to go to get the right answers. Some people are so sure of it and they don't check their answers, which is why I found that post funny. 😆

@MoonaNorth86 It's not 13 though.

@xSiFiGamer2016x yes it is I just calculated 2+3 = 5 x2+3 = 13 I don’t know I also got 11

@MoonaNorth86 That's not even close, either. In order to get the right answer, you need to follow the order of operations, and a formula called the binomial theorem.