I am very unsure about how to tackle this problem.
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The 2nd and 6th boxes are right i think. Becos they have
Originally Posted by janvdl The 2nd and 6th boxes are right i think. Becos they have and the seventh. RonL
Why Captain? Because it's a side multiplied by a side squared? Hmm, didn't see that one.
Originally Posted by janvdl Why Captain? Because it's a side multiplied by a side squared? Hmm, didn't see that one. yeah, it kind of looks like the volume of a cylinder to me (with height = 3b and radius = c), but maybe Captain was thinking of something else
Originally Posted by Jhevon yeah, it kind of looks like the volume of a cylinder to me (with height = 3b and radius = c), but maybe Captain was thinking of something else May be I'm thinking of dimensional analysis. Case 7 is [L][L]^2 = [L]^3 which is all that is needed for it to be a possible volume. RonL
Of course, any of them can have "hidden" units, where the constant (such as the ) carries a unit with it... -Dan
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