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where: k is consistence coefficient r is pipe radius l is pipe length s is radial position measure from centre of the pipe P is
where: k is consistence coefficient r is pipe radius l is pipe length s is radial position measure from centre of the pipe P is pressure drop. P s ux kl rri Using the above equation write down the equation for centre line velocity in terms of rheological parameters of the fluid and dimensions of the pipe. MARKSii Derive an equation for volumetric flow rate of the fluid. MARKSiii Write down the equation relating the mean velocity of flow to centreline velocity. MARKS
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