Hmm... Where did you get the number for the wood types?
33000 / (3 cores x 24 lengths = 72) = 458.33 different wood types. :< I don't know either! What up, JK?
Maybe when I get in I'll take the wand test repeatedly, with a one-changed-answer assumption. Or maybe there are more lengths--after all, he says that 9-14 is average but that less than 8 and more than 15 aren't impossible. If you add lengths 7.5, 7.75, 14.25, 14.5, 14.75, 15, and 15.25... that still leaves you with 355 (excuse my rounding) different wood options assuming exactly 3 cores.
Or wait... Probably they only let you take it once, and you get what you get. Maybe I can get my technosavvy husband to hack in and pull out all the possible answers.
Adding only one extra possible core and all those lengths drops the number of necessary wood types to 266.
Of course, it is possible that what they mean is 33,000 possible combinations of answers to the quiz, not of wood/core/length. Which would be terrible and misleading, but what isn't.
no subject
33000 / (3 cores x 24 lengths = 72) = 458.33 different wood types. :< I don't know either! What up, JK?
Maybe when I get in I'll take the wand test repeatedly, with a one-changed-answer assumption. Or maybe there are more lengths--after all, he says that 9-14 is average but that less than 8 and more than 15 aren't impossible. If you add lengths 7.5, 7.75, 14.25, 14.5, 14.75, 15, and 15.25... that still leaves you with 355 (excuse my rounding) different wood options assuming exactly 3 cores.
Or wait... Probably they only let you take it once, and you get what you get. Maybe I can get my technosavvy husband to hack in and pull out all the possible answers.
Adding only one extra possible core and all those lengths drops the number of necessary wood types to 266.
Of course, it is possible that what they mean is 33,000 possible combinations of answers to the quiz, not of wood/core/length. Which would be terrible and misleading, but what isn't.