matt grime
Science Advisor
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That isn't a definition of complete. First it doesn't say what things might be complete.
It should start: A set S is complete iff then some criteria
you've just said complete is a property, but not what tha property is. As every set S contains all its elements trivially every set has this notional complete property. And seeing as every set with at least two elements is the union of two non-empty sets, you are also being inconsistet by demanding 'only one'
So you now admit that all this time you've been arguing with Hurkly and me, you've never known what it was that you were arguing about? Right, I'm off, that really is the final straw. To be accused of not understanding your ideas when you now admit you don't know what they are...? You don't think that a little too much?
It should start: A set S is complete iff then some criteria
you've just said complete is a property, but not what tha property is. As every set S contains all its elements trivially every set has this notional complete property. And seeing as every set with at least two elements is the union of two non-empty sets, you are also being inconsistet by demanding 'only one'
So you now admit that all this time you've been arguing with Hurkly and me, you've never known what it was that you were arguing about? Right, I'm off, that really is the final straw. To be accused of not understanding your ideas when you now admit you don't know what they are...? You don't think that a little too much?