Hot damn! ... I think you've got it!new drkitten said:A system should be as simple as possible while still remaining workable -- but no simpler.
Hot damn! ... I think you've got it!new drkitten said:A system should be as simple as possible while still remaining workable -- but no simpler.
Iacchus said:If 1 + 1 does not equal "2" (in base ten), would "E" still equal MC2?
1 + 1 does equal 2 in base ten. It does not equal 2 in base two. The premise of your question is not true, so I can't really answer the rest of it.Iacchus said:If 1 + 1 does not equal "2" (in base ten), would "E" still equal MC2?
I do in fact think the key word here is "context."new drkitten said:Depends. What's E? What's M? What's C? And, of course, what's the superscript 2?
What you wrote are letters -- abstract marks that can be used to symbolize almost anything you like. I can use the same marks to symbolize other things -- E is a voltage, M is a unit of length, and C2 is a radio channel, or perhaps a carbonated beverage.
What the hell are you talking about?Upchurch said:1 + 1 does equal 2 in base ten. It does not equal 2 in base two. The premise of your question is not true, so I can't really answer the rest of it.
Er, yes. That's been, and continues to be, obvious.new drkitten said:I'm unwilling to answer your questions at the layman's level.
What part don't you understand? Base 10, base 2, or "if...then" statements?Iacchus said:What the hell are you talking about?
The answer didn't elude anybody, there was no real disagreement with the reasons (basically political), only the response. So in effect the thread is over due to lack of interest.hammegk said:Indeed.
And much easier than applying one's self-admitted expertise to answering questions.
The exchage here on 1+1 rather than considering why ID is so successful is actually a good part of the answer that eludes y'all.
Or perhaps I'm mistaken here? Is E=MC2 postulated in base 2? If so, then I'm fully unaware of that. Sorry.Upchurch said:What part don't you understand? Base 10, base 2, or "if...then" statements?
Base 2 is Binary so no '2' would exist in it.Iacchus said:Or perhaps I'm mistaken here? Is E=MC2 postulated in base 2? If so, then I'm fully unaware of that. Sorry.
Not even close to what I was saying.Iacchus said:Or perhaps I'm mistaken here? Is E=MC2 postulated in base 2? If so, then I'm fully unaware of that. Sorry.
Heck, I just brought this up in passing, for the lack of anything better to say at the moment. I didn't intend to make a full blown episode out of it. But, apparently this is what some people like to nitpick, oops I mean discuss.Robin said:This discussion is simply a result of one of the hijacks.
So, E=MC2 is a base 10 expression then? Thanks. At least we have one person here who is honest.Ashles said:Base 2 is Binary so no '2' would exist in it.
It would be E=MC10
cyborg said:However the stronger argument is that there is no reason I cannot formulate a logical system where by adding one object to another does not give two objects. Such a system may be of limited value but there is no logical reason why I cannot define it so. You may think "oh, in that case there's no REAL mathmatics that does this so my point stands." Wrong again my ignorant friend. I'll tell you why.
Consider geometry for a moment. Would you consider the shortest distance between two-points to always be a line? That two parallel lines never cross? Are these timeless? Yes you say? Dead wrong. There's a whole set of non-Ecludian geometry that deals exactly with such systems where parallel lines do meet and the shortest distance between two points is not a line. In fact Ecludian geometry may only be considered one particular case of an infinite number of possible geometries.
That isn't what he said. He said that in base 2 the expression would be e=mc10. In any higher base it would be e=mc2.Iacchus said:So, E=MC2 is a base 10 expression then? Thanks. At least we have one person here who is honest.
Well it sure isn't you.Iacchus said:So, E=MC2 is a base 10 expression then? Thanks. At least we have one person here who is honest.
What does base 2 have to do with anything when we're speaking of base 10? Isn't that "simple" enough for you?Upchurch said:That isn't what he said. He said that in base 2 the expression would be e=mc10. In any higher base it would be e=mc2.
And no one here, that I've seen has been dishonest with you. You just don't seem to understand what you are being told.
When you made your statement that 1 + 1 = 2 was self-evident, you did not stipulate that you were speaking in base 10. Did you?Iacchus said:What does base 2 have to do with anything when we're speaking of base 10? Isn't that "simple" enough for you?
No, I did not. But, according to Occam's Razor, do you really think it was necessary? Remember, I'm not the one who's trying to compound the issue. Whereas I have since corrected this (or attempted to) two or three times already.Upchurch said:When you made your statement that 1 + 1 = 2 was self-evident, you did not stipulate that you were speaking in base 10. Did you?