keiths, Total Moron

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Give up keiths, you are nothing but a lowlife moron. Now keiths sez:

we have asserted that the cardinality of a set does not depend on the identity of its elements — only on their numerosity. 

Umm the numerosity depends on their identity on the number line.

To Joe, that means that we are claiming that “numbers have no meaning.” 

They don't if you place them in a one-to-one correspondence by rearranging their position on that number line.

Substitute one number for another and the cardinality of a set doesn’t change: {1,2,3} has the same cardinality as {5,6,7}.  

Hey lowlife, we are talking about allegedly infinite sets. Therefor bringing a finite set into the discussion is dishonest.

Then to prove he is an asshole, keiths sez:

So Mr. “I fix things- all kinds of things- mechanical, electrical, electronic and personal” was unable to connect to a website and download some PDFs without outside help? 

LoL! I didn't need any outside help- I did it on my own. Just because people offered to help doesn't mean I needed it.

And keiths continues his cowardly lies:

It has never dawned on Joe that the process of counting — which he wholeheartedly endorses, even for infinite sets — is exactly the sort of thing he says should never be done. 

Your false accusation means nothing. But it does expose you are a liar.

Why? Because it involves setting up a one-to-one correspondence between non-identical elements. 

Counting does NOT require such a thing you lowlife moron. And not only that Jerad now agrees with me!

How do you count the elements in {5, 23, 41, 99, 666}? 

By counting them, asshole. Again with the finite set as if your deception and dishoesty mean something.

And not to be outdone on the TARD, Richie the coward, chimes in:

If Joe had two beans and one had “15″ pained on it, he’d have 16 beans by Joemath. 

If Richie and keiths had a brain, they would be dangerous. You assholes are pathetic and apparently you are proud of your cowardice.

I dare you two to try the following:

Try it- start at 0 and count every non-negative integer with one counter and every positive even integer with another. The counter counting the non-negative integers will always be at least 2x that as the other counter, ie it will always have more elements- ALWAYS- as long as infinity exists and especially when infinity ceases to exist.