- Dec 30, 2002
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Originally posted by: bleeb
BUT, I'm still holding on to the belief that 0.9999... != 1. (Until the 1000th post)
So does the 1000th poster get to decide the final outcome of the debate?
Originally posted by: bleeb
BUT, I'm still holding on to the belief that 0.9999... != 1. (Until the 1000th post)
Originally posted by: Kyteland
Originally posted by: bleeb
BUT, I'm still holding on to the belief that 0.9999... != 1. (Until the 1000th post)
Man, I already "paraphrased" your previous post to prove that you actually think 0.99...=1, regardless of anything else you say. My logic is immuatble. Give it up already
Originally posted by: Kyteland
Originally posted by: bleeb
BUT, I'm still holding on to the belief that 0.9999... != 1. (Until the 1000th post)
So does the 1000th poster get to decide the final outcome of the debate?
Originally posted by: bleeb
Originally posted by: Kyteland
Originally posted by: bleeb
BUT, I'm still holding on to the belief that 0.9999... != 1. (Until the 1000th post)
Man, I already "paraphrased" your previous post to prove that you actually think 0.99...=1, regardless of anything else you say. My logic is immuatble. Give it up already
Why are you trying to stop the fun i'm having?
Originally posted by: Kyteland
Originally posted by: bleeb
Originally posted by: Kyteland
Originally posted by: bleeb
BUT, I'm still holding on to the belief that 0.9999... != 1. (Until the 1000th post)
Man, I already "paraphrased" your previous post to prove that you actually think 0.99...=1, regardless of anything else you say. My logic is immuatble. Give it up already
Why are you trying to stop the fun i'm having?
Just trying to ensure that there is no 1000th post.
I seem to be failing in those regards....
Originally posted by: bleeb
C'mon, lets try to get this sucker to get over 1000 posts!
Originally posted by: Kyteland
Originally posted by: bleeb
C'mon, lets try to get this sucker to get over 1000 posts!
How about this? You and I can alternate posting.
You: IS NOT!!
Me: IS TOO!!!!!
You: IS NOTTT!!!!!!!!!11
Me: IS TOO!!! IS TOO!!!!!!!!!0.99.......
And we can se if we get to 1000 posts before we get banned.
Originally posted by: JupiterJones
Originally posted by: silverpig
Originally posted by: bleeb
HOW is it possible to have different sized of infinity???? please explain.
0.9999.... != 1
There are actually different sizes of infinity, called cardinality. Aleph-null is the first size of infinity, corresponding to the number of integers. Aleph-one is the next level. I'll try and come up with an explanation if I can find it somewhere here...
I've read about this mumbo jumbo being put out by set theorist, but it won't last. Infinity = Infinity. 2 X Infinity = Infinity. Cardinality of the set of even positive integers = Infinity. Cardinality of the set of positive integers = Infinity. Infinity = Infinity.
Karl Friedrich Gauss noted that while one can think of an object like the natural numbers always reaching towards infinite size, thinking about infinity as something that has been reached, as if it were existing in a finished form was contrary to the principles of mathematics. THIS is the error of the set theorist.
Originally posted by: DrPizza
OMG, I run into innumeracy while teaching all the time! Now, while I take a brief rest from fighting innumeracy in the high school, I find that this thread is filled with innumerates (and fortunately with many of you who do have some math skills.)
Since it isn't a democracy, the vote at the beginning of this thread doesn't matter.
.9999999 repeating equals exactly 1.0000000000000 no more, no less. If you disagree, you're a moron. It's been proven plenty of times. It can be proven in several different mathematically sound ways. Accept it.
But, wanting to add to the headaches of those innumerates among you, let me toss out this for you to ponder.
There are as many positive even integers as there are positive integers.
That is:
2,4,6,8,10,...... has an infinite number of elements.
1,2,3,4,5,6..... also has an infinite number of elements.
And, both of these infinities are the same size. There aren't twice as many integers as there are even integers. For every integer, there is a corresponding even integer. (multiply that integer by 2). For every even integer, there is a corresponding integer (divide that integer by 2). So, there is an even pairing between the two sets of elements.
Now, for the fun part. While *those* two infinities are the same size, there ARE different sizes of infinity.
Ponder that for a bit... get an interesting math book to read... and take 2 or 3 tylenol for the headache.
Fortunately we are concentrating on the reason why one cannot compare 9's in the .999... to finite values and the reasoning is much simpler than your play on the definition.
Originally posted by: Haircut
Madrat, what exactly is wrong with what DrPizza posted?
Originally posted by: MadRat
You still haven't apologized.
Originally posted by: RossGr
Originally posted by: MadRat
You still haven't apologized.
Apologized for what?
Originally posted by: silverpig
MadRat thinks Ross is attacking him personally instead of attacking his ignorance.