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A
Agent Smith
replied to the thread
0.999...
.
@fresh_42 , the above would be incorrect? 🤔 unless there's an infinity that begins 14159... and another infinity that begins 999.... 3...
Apr 18, 2024
F
fresh_42
replied to the thread
0.999...
.
De nada.
Apr 18, 2024
F
fresh_42
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Agent Smith's post
in the thread
0.999...
with
Like
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Gracias.
Apr 18, 2024
A
Agent Smith
replied to the thread
0.999...
.
Gracias.
Apr 18, 2024
A
Agent Smith
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fresh_42's post
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0.999...
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This is only valid if we speak of p-adic numbers. Those are a bit like Parias in mathematics...
Apr 18, 2024
F
fresh_42
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Agent Smith's post
in the thread
0.999...
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Si, in this case the dots have nothing to do with \infty and represent only missing information.
Apr 18, 2024
A
Agent Smith
replied to the thread
0.999...
.
Si, in this case the dots have nothing to do with \infty and represent only missing information.
Apr 18, 2024
F
fresh_42
replied to the thread
0.999...
.
This is only valid if we speak of p-adic numbers. Those are a bit like Parias in mathematics...
Apr 18, 2024
A
Agent Smith
reacted to
Steven G's post
in the thread
0.999...
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Like
.
Any positive number times infinity is infinity. \overline 9 is a positive number.
Apr 18, 2024
F
fresh_42
replied to the thread
0.999...
.
There is another possibility, points in between: 2013000\ldots 000:=20,130, \ldots,000, 000 =2.013\cdot 10^{16} but you have to write...
Apr 18, 2024
Steven G
replied to the thread
0.999...
.
Any positive number times infinity is infinity. \overline 9 is a positive number.
Apr 18, 2024
A
Agent Smith
replied to the thread
0.999...
.
The dots represent nonzero digits and continue on forever in the direction the ellipsis appears. So 2013... is a number whose initial...
Apr 18, 2024
A
Agent Smith
reacted to
fresh_42's post
in the thread
0.999...
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Like
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Well, that is the problem! What are those dots? In 0.999\ldots they represent repeating nines, in 3.141592653589793238462 \ldots...
Apr 18, 2024
F
fresh_42
replied to the thread
0.999...
.
Well, that is the problem! What are those dots? In 0.999\ldots they represent repeating nines, in 3.141592653589793238462 \ldots...
Apr 18, 2024
A
Agent Smith
replied to the thread
0.999...
.
I ask because for an irrational number like \pi = 3.14159..., I could say that if s = \text{the numerical string that is the decimal...
Apr 18, 2024
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