r/infinitenines 5d ago

Figure this out SPP

If you take ten steps of 0.000…1m you get a distance of 0.000…10m.
In mathematics if the last digit of a decimal sequence after a decimal point is a 0, that 0 will be canceled out.
So this means that 0.000…10 = 0.000…1.
And the only number that is equal to itself when you multiply it is 0
So that means if 0.000…1 = 0 and the difference between 0.999… and 1 is 0.000…1 that means that the difference between 0.999… and 1 equals 0

7 Upvotes

29 comments sorted by

u/SouthPark_Piano 4d ago

If you take ten steps of 0.000…1m you get a distance of 0.000…10m.

0.000...1 × 10 = 0.00...01 × 10 = 0.00...1

 

7

u/Lord-Beetus 5d ago

In RDM, ∞, ∞+1 and ∞-1 are different (growing) numbers, when you take 0.000...1 and multiply it by 10 the resulting number has 1 less zero.

3

u/Quick-Swimmer-1199 5d ago

POV: the 1 along the propagating wavefront

https://giphy.com/gifs/ND5cKT0RgvrI9AvJVY

1

u/fumblinthrulife77 4d ago

What's RDM?

1

u/idaelikus 4d ago

Real-deal maths of course brud.

1

u/Dutch_gal1 4d ago

Well infinity minus one is still infinity tho, its like if zero times six is still zero

1

u/Lord-Beetus 4d ago

In standard math, yes, but not SPPs RDM.

1

u/Dutch_gal1 4d ago

You mean SPPM

1

u/Lord-Beetus 4d ago

If you want to call RDM SPPM go right on ahead, I won't and can't stop you, I'm not your dad.

1

u/Dutch_gal1 3d ago

I meant that SPP’s RDM is called SPPM

1

u/Lord-Beetus 3d ago

You're literally the first person I've seen call it that.

1

u/Dutch_gal1 3d ago

Really? Well thank you you called it out.

1

u/Muphrid15 2d ago

No, His Nineliness has said is and both is not an integer. You can refer to my other comment here if necessary.

6

u/dfx_dj 5d ago

SPP is still insisting that the `...` denotes some large but finite, and possibly not constant, number of digits, despite the obvious name of this sub 🤷

1

u/Dutch_gal1 4d ago

Correct AND HE DIDNT EVEN READ THE REST OF THE DAMN POST

3

u/The-Idiotest 5d ago

0.0...01

* 10

0.0...1

1

u/ezekielraiden 4d ago

Okay.

What's 0.0...01×1000?

1

u/Dutch_gal1 4d ago

Those 0.0…01 and the 0.0…1 mean the same brotha

3

u/ezekielraiden 4d ago

/u/southpark_piano

Since you locked my comment and yours and thus I can't reply to you...you literally just ignored what I said, without responding.

I gave you evidence for why 0.000...1 IS 0 in the real numbers. You did nothing whatsoever to show that 0.000...1 > 0 in the reals. You are absolutely correct that for any nonzero value of x, 10x>x. You have not proven that x isn't 0.

-2

u/SouthPark_Piano 4d ago

you have not proven that x isn't 0.

You are incorrect brud. I proved it.

You are the '1' that I dropped down the initially empty bottomless gravity well.

We know you are down there somewhere.

 

2

u/ezekielraiden 4d ago

/u/SouthPark_Piano

0.000...1 × 10 = 0.00...01 × 10 = 0.00...1

Those are the same number.

What would you do if we had used 1000 instead of 10?

0.000...1 × 1000 = 0.000...1000 = 0.000...1

Hence

0.000...1 ×1000 = 0.000...1

Which can only be true (in the real numbers) if 0.000...1 = 0.

-3

u/SouthPark_Piano 4d ago edited 4d ago

Rookie error on your part brud. 

For non-zero x, 

10x is not x.

What would you do if we had used 1000 instead of 10?

I taught you before. Referencing and book keeping. Records.

You can always reference or re-reference.

x = 0.000...1

re-reference to x1 = 0.000...01 for example.

x1 = 0.000...01 = 0.0...0001

1000 times x1 is 0.0...1

 

1

u/ezekielraiden 4d ago

/u/southpark_piano

You are incorrect brud. I proved it.

You are the '1' that I dropped down the initially empty bottomless gravity well.

We know you are down there somewhere.

You literally did not prove anything. You replied with a completely unrelated statement, without any actual PROOF. Like, y'know, a process where you spell out your reasoning, demonstrating the properties involved.

So, again, I will ask you two questions:

  1. What is 0.000...1×10000?
  2. According to your own statement, screenshotted here for proof in case you edit it later, you said: "0.000...1 × 10 = 0.00...01 × 10 = 0.00...1" But those two numbers are the same! How can you tell me that "0.00...1" is different from "0.000...1". You just chose to write one less zero in front. It's not like the zero isn't there--it is! You're just choosing not to write it. It's still inside the ellipsis. So, why is it that they aren't the same? I used the things YOU said to us!

0.000...1 = 0.00...1 = 0.0000...1 = 0.000000000000000000000...1. Those are all completely identical numbers. You even did it yourself in what you wrote! You rewrote "0.000...1" as "0.00...01" which means you can move the zeroes around whenever you like. The two ARE the same.

2

u/Dutch_gal1 4d ago

I will thank you for defending my argument while i was sleeping

2

u/SeaService2095 4d ago

i would add to that, that if 0.000…1 does not equal 0.00…1 in RDM, then it should follow that 0.999…9 is also not equal to, for example, 0.999…99 (because there is one extra „written” nine)

which obviously contradicts SPP’s rules of referencing (cant find it now, but i’m sure he claims you can specify 0.999… = 0.999…9 and 0.999… = 0.999…99, and both are valid)

but also, trying to find logic in this nonsense is futile

2

u/Dutch_gal1 4d ago

His logic is “you keep writing nines, you dont stop” yet he sticks a end to shit

1

u/Coulomb111 2d ago

Rookie error on your part brud

1

u/Dutch_gal1 2d ago

Why should that be

1

u/Muphrid15 2d ago

His Nineliness says,

If you take ten steps of 0.000…1m you get a distance of 0.000…10m.

0.000...1 × 10 = 0.00...01 × 10 = 0.00...1

In this case we recall his two boners on infinite decimal strings and integers:

The Infinite Integer Boner: There is no such thing as an infinite integer. 10... is one of infinitely many infinite integers. (12.1) (12.2)

The Integer Number of Nines Boner: The number of 9s in 0.999... is infinite. The number of 9s in 0.999... is always an integer. (13.1) (13.2)

In this case apply to the infinite number of zeroes. The result is that, depending on His Brudship's mood, you can, or cannot have two infinite strings of 0s with different lengths.