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Hi! I won't be on too much longer, but maybe I can help. I don't know what the question or solution are, though, since I'm not in the course. Feel free to provide that information, so that other people on OpenStudy can help!
Problem 1: An ideal (non-viscous) liquid with a density of ! is poured into a cylindrical vessel with a cross-sectional area of A1to a level at a height h from the bottom. The bottom has an opening with a cross-sectional area A2. Find the time it takes the k=liquid to flow out.
I'll post the link to the solution because copying it would take up too much space.
Hi, I just finished the set of questions. Well, to answer your question as to how is Y = -1 and Z = -1,
Considering equation 1.10 and analyzing using dimensions, we obtain,
[T] = [L]^y/[L]^(-z)
Which leads to y+z = 0 since there is no [L] dimension on the LHS
Further implies y =-z which implies that these quantities cancel out giving y=1 and -z=1.
This is how I have understood it, let me know what you think?