Two headed teacher...

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Humpy

Diamond Member
Mar 3, 2011
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Is it? It would take some number crunching, but I think you'd end up around 1.6 chicks at the same time.

I think you are correct. Based on the assumed number of available holes I'd reckon it's 4/3 chicks at the same time. Approaching the problem from the view of solipsism, that existence is only in the mind, then it's 2 chicks at the same time. By then applying the Golden Mean from Greek philosophy we arrive at ((4/3)+2)/2 = 1.667.
 

snoopy7548

Diamond Member
Jan 1, 2005
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Good on you guys for putting your heads together and coming up with a solution. Goes to show that two heads are always better than one. Hats off to you.