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RegDwigнt
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These words only add value to English because they are vague; if that were not the case, English would need only the cardinals to represent quantities.

A vague term, by definition, has no discrete boundary between itself and its coordinate term (its semantic neighbour). The gradated boundaries of vague terms make them uniquely efficient: Consider that a vague term conveys more information than a range of values conveys. Where a range represents a series of values, a vague term represents a set of continual (non-discrete) values; the greater the difference between the most prototypical value in the set and any other value in the set, the less prototypical that value will be. For example, a subject is concievedconceived to be less 'bald', the less his scalp resembles Patrick Stewart's scalp.

Precisely representing a vague term requires many more words or much more notation than defining a range requires. So vague terms are semantically economical.

In short, I think it's best to conceive terms such as 'several', 'couple', and 'few' to be overlapping value-ranges with no discrete boundary between any two of them.

These words only add value to English because they are vague; if that were not the case, English would need only the cardinals to represent quantities.

A vague term, by definition, has no discrete boundary between itself and its coordinate term (its semantic neighbour). The gradated boundaries of vague terms make them uniquely efficient: Consider that a vague term conveys more information than a range of values conveys. Where a range represents a series of values, a vague term represents a set of continual (non-discrete) values; the greater the difference between the most prototypical value in the set and any other value in the set, the less prototypical that value will be. For example, a subject is concieved to be less 'bald', the less his scalp resembles Patrick Stewart's scalp.

Precisely representing a vague term requires many more words or much more notation than defining a range requires. So vague terms are semantically economical.

In short, I think it's best to conceive terms such as 'several', 'couple', and 'few' to be overlapping value-ranges with no discrete boundary between any two of them.

These words only add value to English because they are vague; if that were not the case, English would need only the cardinals to represent quantities.

A vague term, by definition, has no discrete boundary between itself and its coordinate term (its semantic neighbour). The gradated boundaries of vague terms make them uniquely efficient: Consider that a vague term conveys more information than a range of values conveys. Where a range represents a series of values, a vague term represents a set of continual (non-discrete) values; the greater the difference between the most prototypical value in the set and any other value in the set, the less prototypical that value will be. For example, a subject is conceived to be less 'bald', the less his scalp resembles Patrick Stewart's scalp.

Precisely representing a vague term requires many more words or much more notation than defining a range requires. So vague terms are semantically economical.

In short, I think it's best to conceive terms such as 'several', 'couple', and 'few' to be overlapping value-ranges with no discrete boundary between any two of them.

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Hal
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These words only add value to English because they are vague; if that were not the case, English would need only the cardinals to represent quantities.

A vague term, by definition, has no discrete boundary between itself and its coordinate term (its semantic neighbour). The gradated boundaries of vague terms make them uniquely efficient.: Consider that a vague term conveys more information than a range of values conveys: A. Where a range represents a series of values, a vague term can be conceived to berepresents a set of continual (non-discrete) values; the greater the difference between a value and the most ideal, (or prototypical) value in the set and any other value in the set, the less idealprototypical that value will be. For instanceexample, the word 'bald' becomesa subject is concieved to be less true'bald', the less the subject'shis scalp resemble'sresembles Patrick Stewart's scalp.

PreciselyPrecisely representing a vaguevague term requires many more words or much more notation than defining a range requires. So vague terms are semantically economical.

In short, I think it's best to conceive terms such as 'several', 'couple', and 'few' to be overlapping value-ranges with no discrete boundary between any two of them.

These words only add value to English because they are vague; if that were not the case, English would need only the cardinals to represent quantities.

A vague term, by definition, has no discrete boundary between itself and its coordinate term (its semantic neighbour). The gradated boundaries of vague terms make them uniquely efficient. Consider that a vague term conveys more information than a range of values conveys: A vague term can be conceived to be a set of continual (non-discrete) values; the greater the difference between a value and the most ideal, (or prototypical) value in the set, the less ideal that value will be. For instance, the word 'bald' becomes less true the less the subject's scalp resemble's Patrick Stewart's scalp.

Precisely representing a vague term requires many more words or much more notation than defining a range requires. So vague terms are semantically economical.

In short, I think it's best to conceive terms such as 'several', 'couple', and 'few' to be overlapping value-ranges with no discrete boundary between any two of them.

These words only add value to English because they are vague; if that were not the case, English would need only the cardinals to represent quantities.

A vague term, by definition, has no discrete boundary between itself and its coordinate term (its semantic neighbour). The gradated boundaries of vague terms make them uniquely efficient: Consider that a vague term conveys more information than a range of values conveys. Where a range represents a series of values, a vague term represents a set of continual (non-discrete) values; the greater the difference between the most prototypical value in the set and any other value in the set, the less prototypical that value will be. For example, a subject is concieved to be less 'bald', the less his scalp resembles Patrick Stewart's scalp.

Precisely representing a vague term requires many more words or much more notation than defining a range requires. So vague terms are semantically economical.

In short, I think it's best to conceive terms such as 'several', 'couple', and 'few' to be overlapping value-ranges with no discrete boundary between any two of them.

added 169 characters in body
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Hal
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These words only add value to English because they are vague; if that were not the case, English would need only the cardinals to represent quantities.

A vague term, by definition, has no discrete boundary between itself and its coordinate term (its semantic neighbour). The gradated boundaries of vague terms make them uniquely efficient communication tools. Consider that a vague term conveys more information than a range of values conveys: A vague term can be conceived to be a set of continual (non-discrete) values; the greater the difference between a value and the most ideal, (or prototypical) value in the set, the less ideal that value will be. For instance, the word 'bald' becomes less true the less the subject's scalp resemble's Patrick Stewart's scalp.

Precisely representing a vague term requires many more words or much more notation than defining a range requires. So vague terms are semantically economical.

In short, I think it's best to conceive terms such as 'several', 'couple', and 'few' to be overlapping value-ranges with no discrete boundary between any two of them.

These words only add value to English because they are vague; if that were not the case, English would need only the cardinals to represent quantities.

A vague term, by definition, has no discrete boundary between itself and its coordinate term (its semantic neighbour). The gradated boundaries of vague terms make them uniquely efficient communication tools. Consider that a vague term conveys more information than a range of values conveys: A vague term can be conceived to be a set of continual (non-discrete) values; the greater the difference between a value and the most ideal, (or prototypical) value in the set, the less ideal that value will be. For instance, the word 'bald' becomes less true the less the subject's scalp resemble's Patrick Stewart's scalp.

Precisely representing a vague term requires many more words or much more notation than defining a range requires. So vague terms are semantically economical.

In short, I think it's best to conceive terms such as 'several', 'couple', and 'few' to be overlapping value-ranges with no discrete boundary between any two of them.

These words only add value to English because they are vague; if that were not the case, English would need only the cardinals to represent quantities.

A vague term, by definition, has no discrete boundary between itself and its coordinate term (its semantic neighbour). The gradated boundaries of vague terms make them uniquely efficient. Consider that a vague term conveys more information than a range of values conveys: A vague term can be conceived to be a set of continual (non-discrete) values; the greater the difference between a value and the most ideal, (or prototypical) value in the set, the less ideal that value will be. For instance, the word 'bald' becomes less true the less the subject's scalp resemble's Patrick Stewart's scalp.

Precisely representing a vague term requires many more words or much more notation than defining a range requires. So vague terms are semantically economical.

In short, I think it's best to conceive terms such as 'several', 'couple', and 'few' to be overlapping value-ranges with no discrete boundary between any two of them.

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Hal
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Hal
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