How do we really know..... > General Discussion

Posted: 5/12/2004 11:02:46 PM EDT

That Pi goes to infinity?

HAs anyone checked? Maybe the just didn't have enough pi?

Sgtar15

Posted: 5/12/2004 11:04:47 PM EDT

[#1]

Somebody proved it mathematically. I know someone made an equation that will tell you the number that will be in that decimal place. Say you wanted to know the number that is in the 942454622425665 decimal place you would type in 942454622425665 and it would give you the number. Some guys in Japan calculated Pi to the trillionth place.

Posted: 5/12/2004 11:24:05 PM EDT

[#2]

Quoted:
Somebody proved it mathematically. I know someone made an equation that will tell you the number that will be in that decimal place. Say you wanted to know the number that is in the 942454622425665 decimal place you would type in 942454622425665 and it would give you the number. Some guys in Japan calculated Pi to the trillionth place.

but what if it ended at the trillionth +1 place. how do we really know that they didn't stop 1 number before it ended.

Posted: 5/12/2004 11:26:51 PM EDT

[#3]

Then we check the trillionth + 1 place. Actually they did prove it to go on forever.

Posted: 5/12/2004 11:32:30 PM EDT

[#4]

You can prove it in the geometry. have you watched the movie Pi?

Posted: 5/12/2004 11:36:21 PM EDT

[#5]

You see, pie is normally in circular form, if you look at a circle you will see that there is no beginning or end- oh wait, you meant pi.... carry on then.

Posted: 5/12/2004 11:38:50 PM EDT

[#6]

Quoted:
You can prove it in the geometry. have you watched the movie Pi?

I saw this movie

But it didn't explain any math problmes.......more like a home ed. class.

SGatr15

Posted: 5/12/2004 11:54:10 PM EDT

[#7]

Quoted:
Somebody proved it mathematically. I know someone made an equation that will tell you the number that will be in that decimal place. Say you wanted to know the number that is in the 942454622425665 decimal place you would type in 942454622425665 and it would give you the number. Some guys in Japan calculated Pi to the trillionth place.

Whens the last time you think those guys got laid?

Posted: 5/13/2004 12:18:09 AM EDT

[#8]

Quoted:
Quoted:
Somebody proved it mathematically. I know someone made an equation that will tell you the number that will be in that decimal place. Say you wanted to know the number that is in the 942454622425665 decimal place you would type in 942454622425665 and it would give you the number. Some guys in Japan calculated Pi to the trillionth place.

Whens the last time you think those guys got laid?

Probably since the square root of LT

Posted: 5/13/2004 3:48:27 AM EDT

[#9]

Quoted:
You can prove it in the geometry. have you watched the movie Pi?

I've seen that movie and liked it.

Actually, I don't think it's a question if it ever ends. 1/3 never ends, e.g., .333333333333...

The question is whether or not if any sequence of numbers ever repeat themselves. So far, no one has ever proven that they do.

Posted: 5/13/2004 3:54:44 AM EDT

[#10]

Quoted:
You can prove it in the geometry. have you watched the movie Pi?

The soundtrack kicked ass.

Posted: 5/13/2004 3:59:24 AM EDT

[#11]

All I know is that Pi are round and cornbread are Sq.

Posted: 5/13/2004 4:00:55 AM EDT

[#12]

I like Pi.

Posted: 5/13/2004 4:06:20 AM EDT

[#13]

Wasn't there a computer program that showed some "pattern replication" as the computation of "PI" got to some outrageous length.

SERIOUSLY!

Posted: 5/13/2004 4:27:54 AM EDT

[#14]

Quoted:
Wasn't there a computer program that showed some "pattern replication" as the computation of "PI" got to some outrageous length.

SERIOUSLY!

IIRC Pi has no repeating patterns.

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