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Quantum properties in MM
- PheoniX_VII
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20 years 8 months ago #8794
by PheoniX_VII
Replied by PheoniX_VII on topic Reply from Fredrik Persson
The weather is dull as usual, but that dont reflect on me
Still, what I posted earlier was more like a quote I took from my mathematic book in school.
But Im not sure it is true anyway, I mean.. when you get to 2 and then add 1/x dosen´t that make the answear a little little small bit larger than 2, even if its realy small ?. becouse if it whould just go to 2 the equation is all of a sudden finite. ending when you get to 2..
Infinity might not exist, but if feels nice to know that whatever happens "something" must live on forever, in infinity. Even if our universe is destroyed there got to be something left vont it ?
Still, what I posted earlier was more like a quote I took from my mathematic book in school.
But Im not sure it is true anyway, I mean.. when you get to 2 and then add 1/x dosen´t that make the answear a little little small bit larger than 2, even if its realy small ?. becouse if it whould just go to 2 the equation is all of a sudden finite. ending when you get to 2..
Infinity might not exist, but if feels nice to know that whatever happens "something" must live on forever, in infinity. Even if our universe is destroyed there got to be something left vont it ?
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- Larry Burford
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20 years 8 months ago #9660
by Larry Burford
Replied by Larry Burford on topic Reply from Larry Burford
[Phoenix] " ... when you get to 2 and then add 1/x ..."
You don't get to 2 until you add the infinity-ith element of the series. This can only be done conceptually. In the real world you can get closer and closer to 2, depending on how much spare time you have, but you never actually get there.
You don't get to 2 until you add the infinity-ith element of the series. This can only be done conceptually. In the real world you can get closer and closer to 2, depending on how much spare time you have, but you never actually get there.
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20 years 8 months ago #9336
by n/a10
Replied by n/a10 on topic Reply from ed van der Meulen
Yes Larry. 2 is an upperbound. Converging series.
But Look at Zeno also doing this but then the first step 1/2, then 1/4 and then 1/8 approaching the sum of 1 But my point for the reality is this
nnw.sourceforge.net/docs.php/intro-zeno
Why not for the reality with a constant speed and than long enough to 1 and when he wants further.
So just another solution. What do you think of that?
When no one post on my thread. Critizing all mathematical theories. I will soon go. I don't post things fore nothing. And they are easily to read.
Have a nice day
Ed
But Look at Zeno also doing this but then the first step 1/2, then 1/4 and then 1/8 approaching the sum of 1 But my point for the reality is this
nnw.sourceforge.net/docs.php/intro-zeno
Why not for the reality with a constant speed and than long enough to 1 and when he wants further.
So just another solution. What do you think of that?
When no one post on my thread. Critizing all mathematical theories. I will soon go. I don't post things fore nothing. And they are easily to read.
Have a nice day
Ed
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