In a delivery line for carbontetrachloride at the constant flow rate of 4 X 10^(-5) m3/s,...

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Mechanical Engineering

In a delivery line for carbontetrachloride at the constant flowrate of 4 X 10^(-5) m3/s, the first 1000 mm long section is of 20mm inside diameter smooth pipe followed by another 1000 mm longsection of 50 mm inside diameter smooth pipe as shown in thefollowing figure. Estimate the pressure drop over the entire lengthof delivery line. Neglect the minor losses due to suddenenlargement of pipe diameter.

Data: For carbon tetrachloride, Viscosity = 10^(-3) Pa.sec anddensity = 1500 kg/m3 For laminar flow, consider fanning frictionfactor, f = 16/Re
For transitional-turbulent flow, f = 0.079Re^(-0.25)

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