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Is the Sorites paradox really a paradox, or is it more properly considered to be a logical fallacy?
By definition, the term "heap" is indeterminate. Yet the Sorites paradox tries to force a specific definition on what is by design an indeterminate concept: the very idea of defining the term "heap" as a specific number of grains of sand is fallacious, is it not?
I don't see a paradox here as much as I see confusion about how terms are defined.
How many grapes are in a bunch of grapes? How many leaves are in a head of lettuce? How many grains are in an ear of corn? How many chips are in a bag of potato chips?
in each of the above questions, the answer will vary from one example to the next, the exact number is not particularly germane to the concept.
So what makes a heap different from a bunch or any of the other examples?

Is the Sorites paradox really a paradox, or is it more properly considered to be a logical fallacy?
By definition, the term "heap" is indeterminate. Yet the Sorites paradox tries to force a specific definition on what is by design an indeterminate concept: the very idea of defining the term "heap" as a specific number of grains of sand is fallacious, is it not?
I don't see a paradox here as much as I see confusion about how terms are defined.
How many grapes are in a bunch of grapes? How many leaves are in a head of lettuce? How many grains are in an ear of corn? How many chips are in a bag of potato chips?
in each of the above questions, the answer will vary from one example to the next, the exact number is not particularly germane to the concept.
So what makes a heap different from a bunch or any of the other examples?

Response from Stephen Maitzen on :

I see the sorites paradox as a very serious problem, not a logical fallacy that's easy to diagnose and fix. The paradox arises whenever we have clear cases at the extremes but no known line separating the cases where a concept applies from the cases where the concept doesn't apply.
Clearly, 1 grape isn't enough to compose a bunch of grapes. Just as clearly, 100 grapes is enough to compose a bunch of grapes. So which number between 2 and 100 is the smallest number of grapes sufficient to compose a bunch of grapes? If there's no correct answer, then the sorites paradox shows that the concept enough grapes to compose bunch of grapes is an inconsistent concept. But inconsistent concepts, such as the concept colorless red object , necessarily never apply to anything, in which case it would be impossible for anything to be a bunch of grapes.
One might reply, "Okay, fine. Necessarily there are no bunches of grapes. Life goes on." The problem, however, is that the sorites paradox applies to every vague...