The velicity[v] for the streamline flow of a liquid in a small uniform tube depends...
The velicity[v] for the streamline flow of a liquid in a small uniform tube depends...
The velicity[v] for the streamline flow of a liquid in a small uniform tube depends on the radius [r] of the tube, the density[p] and the coefficient of viscousity[ñ] of the liquid. Use the method of dimensional analysis to obtain an expression for velocity, given that v=r²p/4ñL where p/L is same as pressure gradient obtain an expression for the dimensionless constant in your expression of ..
v=k r^x p^y ñ^z?
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Asked by Ini on 21st May, 2021
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