And if you think Geordie is incomprehensible, you should try pitmatic.
]]>]]>Reet, Ah'm fid oop av them Sunderland supporters. Ah'll nackaah them next teem.
I have to agree with your definition, and conclude that uncouth Australian kids (or, at least, this one) merged the two words, "knacker's" and "knackers", unthinkingly. (For example, we used the verb "to knacker" in the context of sports, playground fights, or other situations with the potential for such an injury, and in particular spoke of someone being "knackered" in such a context; this seemed to be based on the specific meaning of "knackers", but at the same time, certainly led to the victim being broken in a more general sense as well.)
]]>The meaning when I've heard it used is "bust" or "broken" through damage or wear (so much the same as the longer word): "that heater's knacked, man" and so forth. I just like the monosyllable better than "knackered", it seems to fit the mood of exhaustion...
But I fear we've gone rather off-topic ;)
]]>Interesting. I thought, along with Sam, that you meant knackered. Being Australian, I would pronounce this in a way that would sound something like "knackuhd" to the American ear. (I think the technical term is that Australian English is non-rhotic.) How do you pronounce knacked? Is it just a variant spelling/pronunciation of knackered, or is it a different word?
I'm slightly reluctant to explain the literal meaning of knackered on this forum, but you probably know it. Does knacked have the same literal meaning?
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which is, 808017424794512875886459904961710757005754368000000000
or approx. 8 · 10^53.
I meant to say, in physics/chemistry there are big constants, like the Avogadro number, or very small numbers, like the Gravitation constant.
Why initially math had only smaller constants, is a consequence of limted computational possibilities of the days in which these numbers took center focus. This was not the case in other sciences, which connected more directly with what is happening in nature.
Delving into such questions is clearly philosophy. Philosophy can embrace math, meta-math, sociology and math-science relationships. I think it is best addressed by a philosopher.
]]>By contrast, in physics, the fundamental constants are very big, or very small, etc..
This question is clearly philosophy. It is not research mathematics, which is the topic of MO.
]]>But this question might be too philosophical. What do you think?
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