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Something you could think about
Feb 14 2004 04:10pm

Lian Del Rey
 - Student
Lian Del Rey
You know how they say numbers like
A-bajillion
or
Bazillion
Or jillions
aren't even real numbers?
Well, there IS no last number, so it's infinity, which, of course, means it goes on forever and ever... Infinity's not the last number.
So, for all you know, those words actually COULD be real numbers.
_______________
slorp

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Feb 24 2004 10:13pm

Flash
 - Student
 Flash

Whatever...

Feb 24 2004 08:21pm

Drathir
 - Student
 Drathir

uh.... duh! of course if you want to talk about infinity, take the amount of numbers between 1 and 2, with decimals, its infinite and then taht infifinty infinty times... AHH!! *brain explodes* :P
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Feb 23 2004 03:11pm

Stimpski
 - Student
 Stimpski

Thats like saying pi is about 3. It is a little more than 3, but they still haven't reached the end of it, I think. (Don't quote me on that. Also, if you would like pi up to 512 digits, post on my profile ;))
_______________
Stimpski (formerly known as DeathScythe many, many moons ago.)
JA Forum ID - 3988
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Feb 23 2004 07:08am

DJ Sith
 - Jedi Council
 DJ Sith

Kueller has it right that there are "circles" of infinity.

There are two basic types of infinity: countable and incountable. Countable infinity is like counting the set of all positive integers: 1, 2, 3, and so on.. you'll keep going, but eventually you reach infinity, which by definition is unreachable, but it's still countable. :)

Uncountable infinity is something like counting the number books that its possible to make, from a single character on a single page to an infinite number of combinations of characters on an infinite number of pages. That's an example of an infinite quantity, but there is an extra degree on it, making it uncountable.

There are an infinite number of dimensions of uncountable infinities, and that number is countably infinite. :)

To clear up misconceptions in this thread infinity - infinity is not 0.. it is an indeterminate quantity. :)
_______________
My car is made of Nerf.

Feb 23 2004 12:13am

Fizz of Belouve
 - Student
 Fizz of Belouve

gugulplex is the biggest named number :)
_______________
One of the Belouve boys, founder of the mighty FiZZsters
Midbie council #20 - Fizz - #1933 - Jan '03 - Aug '04

"Renfield, you idiot!"


Feb 22 2004 11:28pm

Katan
 - Student
 Katan

Actually, depends on how you look at it. Bazillion could be a real number, depending on...

Lets say that the highest known number (This is just an example, I know its not the highest :P) a quatillion (yes, its a real number) well, since numbers go on forever, at some point, you WOULD have to name some number Bazillion, as you would run out of known character combinations at some point, thats to say, even making up letters that dont excist in any (known) language, at some point, you would run out, and would come to use a Bazillion.

On the other hand (teehee)

You could also just use quatillion+a, quatillion+AA, quatillion+AAA, and so on and so forth, in order to make new numbers, and of course, you could make quatillion+AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA as representing some number, and just keep on adding A's, or B's or whatever. Depends on how ya wanna look at it :D
_______________


This comment was edited by Katan on Feb 22 2004 11:30pm.

Feb 19 2004 06:56pm

Battlin' Billy
 - Student
 Battlin' Billy

I think that in the computer field, they're gonna need bigger numbers someday. Maybe they'll use terms like gazillion, bajillion, etc.

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Feb 18 2004 03:00am

Smilykrazy
 - Retired
 Smilykrazy

interesting thoughts here! Coolies :D
_______________
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Feb 17 2004 05:52pm

Mookie
 - Ex-Student
 Mookie

To add to that, the terminology described by Lianiotte isn't used to describe specific numerals. They're 'slang' used to be descriptive, but no one exactly knows how much you mean when you say, for example, bazillion. Because people don't use a shared meaning for the word (other than the fact that it means 'something so high my IQ couldn't keep up', it will never be popularized in such a way that it will become an actual "prime".

Unless, of course, tomorrow morning some guy decides that it actually means something. I doubt it, though. When scientists work with high numerals, they tend to bring them down to simple equations (43^7823). :)

~Ken

Feb 17 2004 02:30pm

Bandit
 - Student
 Bandit

To be pedantic (tis my nature), I should point out that none of those fictitious names could possibly be real. Why? Because names are artificial constructs created within the confines of a language used to label things/ideas/concepts. While the words could potentially become used to describe the innumerable amount of variables contained within the infinite amount of numerical possibilities, it only becomes a word as associated with that concept after it comes into use through general acceptance. Since no group generally accepts any of those words as proper labels for any of the numerical concepts, or for any construct in general, then it stands to reason that those "words" are not words after all no matter how many (infinite) numerical constructs exist.
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Feb 17 2004 12:30pm

Casual
 - Student
 Casual

Centillion: 1 and 600 zeros.

/me dances around in joy. Wha?

-Cas
_______________
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Feb 17 2004 11:20am

Plo Koon
 - Student
 Plo Koon

Googleplex or Gugleplex-everlasting
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Feb 17 2004 10:41am

Acey Spadey
 - Student
 Acey Spadey

quintillion

1,000,000,000,000,000
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Feb 16 2004 01:21pm

Mreoton
 - Student

O_o

Feb 16 2004 12:56pm

Rosie
 - Student
 Rosie

Ah lol...somebody was bored:P

Feb 16 2004 06:01am

Frosty
 - Ex-Student
 Frosty

infinity+1=infinity

infinity+1-infinity = infinity-infinity

so....
1=0!!!



hehe of course I'm messing up. this sum is incorrect:D
_______________
I'm leaving, on a jet plane~

Feb 16 2004 02:30am

Lian Del Rey
 - Student
 Lian Del Rey

Ahh you're forgetting the point. :D
For all you know, gabazillion and etc. could be real words/numbers.

mæææh
_______________
slorp

Feb 15 2004 09:16pm

_cmad_
 - Ex-Student
 _cmad_

if you say you can't do calcs with infinite then try to solve what I told ya w/o calcs with infinite ;)
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Your friends of today, are your enemies of tomorrow.

Feb 15 2004 09:01pm

Kueller
 - Student
 Kueller

Just think of the numbers in our system.

All Real numbers are infinite, but if you add fractions to that it will be far greater, and if you add things like square roots it will become even bigger. Think of it as overlapping circels, only infinitely large :P
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Feb 15 2004 08:43pm

CuZzA
 - Student
 CuZzA

n1 trad :D
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Feb 15 2004 08:40pm

Trad Redav
 - Student
 Trad Redav

you can't truly do calculations with infinite... infinity is not a number. it'd be like saying

A - Yellow = B


infinity is a word that describes the property of never ending/ going on forever/ etc.... kinda like the energizer batteries :p
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Feb 15 2004 07:05pm

Xavier
 - Student
 Xavier

ack!
_______________
~Xavier

Feb 15 2004 04:26pm

_cmad_
 - Ex-Student
 _cmad_

Cas if you can solve the following without doing calculations with infinite then you're the 2nd Einstein:

(btw let's say "&" means "infinite" cuz I don't have that specific symbol in my keyboard)

lim(x -> -&;) (x+4)/(sqrt(x^2+2)+x)

If you can do that without doing calculations with infinite (and solving it correct) then YOU GET THE LAST OF THE c00keh DYNASTY :eek: Not just Cas; whoever can do that w/o using calcs that involve infinite calcs, then he/she gets the last c00keh.

MAAAATH! RUUUUN TO SAVE YOUR LIVES!!!

BTW: the answer is -& and here's the way to solve it

lim(x -> -&;) (x+4)/(sqrt(x^2+2)+x)
=lim(x -> -&;) [(x+4)*(sqrt(x^2+2)-x)]/[(sqrt(x^2+2)+x)*(sqrt(x^2+2)-x)]
*****
1)x+4=-& 2)sqrt(x^2+2) = +& 3) -x = -(-&;) = +& 4)(sqrt(x^2+2)-x)*(sqrt(x^2+2)+x) = sqrt(x^2+2)^2 - x^2 = x^2+2 - x^2 = 2
*****
so
=(-&;)*(+&;)/2
=(-&;)*(+&;)
=-&

Have fun :P :D
_______________
Your friends of today, are your enemies of tomorrow.

This comment was edited by _cmad_ on Feb 15 2004 04:35pm.

Feb 15 2004 02:01pm

Casual
 - Student
 Casual

cmad, friend, what are you on? I never heard of anyone really calculating these things. Infinity, infinite, infinitum. Webster says: Infinity:
1)The quality or condition of being infinite.
2)Unbounded space, time, or quantity.
3)An indefinitely large number or amount.

See no.3. But on the other hand, I am no good at proving mathematical logics true or false. And when talking about infinity, or infinital entities, I doubt there can even be one correct answer?

Ok, I'll get me coat.

-Cas
_______________
Thanks to the human heart by which we live,
Thanks to its tenderness, its joys, and fears,
To me the meanest flower that blows can give
Thoughts that do often lie too deep for tears.


Feb 15 2004 01:05pm

Darkwood
 - Student
 Darkwood

AAAAAAAA, MATH! RUN! :D
_______________
-Darkwood-

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