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> When you have a highly overvalued attribute, that attribute becomes an indicator of overvaluation. That is a hell of a leap. It is actually a strict logical
by libertymcateer 10y ago
> When you have a highly overvalued attribute, that attribute becomes an indicator of overvaluation.
That is a hell of a leap. It is actually a strict logical fallacy, called affirming the consequent. https://en.wikipedia.org/wiki/Affirming_the_consequent https://en.wikipedia.org/wiki/Affirming_the_consequent
In other words this is a huge gap in your reasoning, it is claim - not a conclusion - that you are making and it is one that requires evidence. To put it another way: your argument is wholly conclusory and the only way to settle this argument is with evidence. It cannot be derived from first principle. There may be some instances where surface-level indicia (I can tell about the quality of a fabric pretty quickly, and it is typically indicative of good tailoring) are strongly correlated with quality and others where there is a low (a fresh paint job on a house) or even a potenitally inverse correlation (REALLY NICE ads for attorneys - located on bus stops).
But your blanket statement is just unsupported. I am not saying it is false - I am saying it is unsupported and you are jumping to a huge conclusion that does not follow logically, nor can it be proved to follow on the basis of logic alone.
- travisjungroth 10y agoThat logical fallacy is not equivalent to what I'm saying. Assume attribute X is overvalued. Object A has attribute X. Object A is indicated to be overvalued. This may not meet the strict requirements of a college logic class as stated, but I still believe it is true. I'm not making a statement here about exactly what attributes are overvalued (fabric, paint jobs, bus stops or otherwise). An argument of the article is that "image" is overvalued. I don't think the author did the best job supporting this argument.
- Domenic_S 10y agoThe fallacy he's intuiting is really the implied denial of the antecedent: If X, then Y !X Therefore, !Y As in: Attribute X is overvalued Object B does NOT have attribute X. Therefore Object B is NOT overvalued. So in other words, your statement may be true: > When you have a highly overvalued attribute, that attribute becomes an indicator of overvaluation. but the implication of the inverse: when you DON'T have a highly overvalued attribute, lack of that attribute becomes an indicator of a lack of overvaluation. is not.