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Sorry I don't understand math ;-;

Otherwise I would happily say- "Oh, ___is the smallest!"

Unfortunately, ____ equals my sad non-math skills :,)

# Math on Paper Compared to iPad (Addition, subtraction, algebra, etc.)

**OnceUponATime**#1519

**BuildASnowman**#1521

Lol don't worry there isn't actually a smallest number

there is no mathematical basis for anything I am saying

**BuildASnowman**#1523

Well there is no smallest positive number

I love how y'all just completely accepted the fact that I literally proved 1 was the biggest number

**OnceUponATime**#1524

Yeah, I know that at least ;u;

Because technically, just like you could keep going forwards, you could keep going backwards as well...

**Gilbert189**#1525

But say n is the smallest possible integer.

n must be smaller than one, the largest possible integer.

So n is less than or equal to 1.

And n! is less than or equal to 1!, right?

But 0! is equal to 1. And 1! is 1 as well.

So is zero also the biggest integer possible?

**BuildASnowman**#1527

n doesn't have to be less than 1, it can be exactly 1. So you just proved the smallest positive rational number is 1.

**OnceUponATime**#1529

.H.

But that would make 1 the smallest and largest number. Is that even rationally possible?

@Gilbert189 beat me too it ;-;

**BuildASnowman**#1530

Yes, that is correct.

I love that you graciously accept that 1 is the largest number, but the minute I claim 1 is the smallest number there are problems XD

**OnceUponATime**#1531

hmm...

Well, maybe we shouldn't go along with it then. Because I was about to type that there was nothing that you said that went against one being the largest number, because technically two, and three, and four, are of larger value.

And technically, it can't be the smallest either, because of that ^^up there. So everything I'm saying is contradicting itself. So it's wrong, and right at the same thing.

**bluedogmc-official**#1533

Where did you prove one is the biggest number? Isn't the biggest number infinity or something? Sorry I'm horrible with numbers lol

**BuildASnowman**#1534

Quote:

Let n be the largest positive integer. Since n≥1, multiplying both sides by n implies that n^{2}≥n. But since n is the biggest positive integer, it is also true that n^{2}≤n. It follows that n^{2}=n. Dividing both sides by n implies that n=1.

It's not right, but where is the flaw?

**OnceUponATime**#1538

what if you used a different equation? Say, if you multiplied n in the last step of the equation.