Engineering, 16.04.2020 04:35 southerntouch103
Assume that the flowrate, Q, of a gas from a smokestack is a function of the density of the ambient air, rhoa, the density of the gas, rhog, within the stack, the acceleration of gravity, g, and the height and diameter of the stack, h and d, respectively. Use rhoa, d, and g as repeating variables to develop a set of pi terms that could be used to describe this problem.
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Assume that the flowrate, Q, of a gas from a smokestack is a function of the density of the ambient...
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