- #1
Jason-Li
- 119
- 14
- Homework Statement
- FIGURE 2 shows two cylindrical tanks interconnected with a pipe which has a valve that creates a constant resistance to flow of Rf when fully open. The height of liquid (of density D) in the first tank is Hin and the second tank Hout. The cross-sectional area of the first tank is Ain m2 and the second tank Aout m2.
- Relevant Equations
- Q = ( Pin - Pout) / Rf
Hello all I come to again seeking guidance... There is another thread but he seems to have pulled formulas from somewhere other than our learning materials to reach the conclusions.
Looking at this question and I can't figure out where to start really, the examples in out learning materials show the use of just one tank so its more easily done. For example with density being P:
But as qvi = qvo then the right hand side would be effectively 0 as density would also be constant so can't make use of that one..
Was thinking of making an like however unsure of how to work the Q equation into this?
If someone could assist in the way to go with this then I can work through it.
Thanks in advance.
Jason
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