n Tube Length, L: 1.5 m 기기 Inlet Volumetric flow rate, Qin (LPMI Tube diameter, D: 0.016 m . Vorf TD Pressure drop (dP [

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n Tube Length, L: 1.5 m 기기 Inlet Volumetric flow rate, Qin (LPMI Tube diameter, D: 0.016 m . Vorf TD Pressure drop (dP [mV]=Pintet - Poutiet) Piber Porta pan Figure 1 Precaure Rifrece funger Assignment 3 [2%] Resp Pur The friction factor of two different fluids were measured in a horizontal circular tube as shown in Figure 1. The attached file contains the raw data for the fluid in a pipe laboratory experiment. Students are required to convert volumetric flowrate, 0 [LPM to velocity, v [m/s) and then to Reynolds number, Re. Re vit Pressure difference sensor data in terms of pressure drop in mV was collected. Students are required to convert data of pressure drop, dp [mV] to (Pa) and then determine the friction factor, f of the fluid along the tube. The file provides the pressure drop values for two different fluids. For this assignment, students are required to demonstrate each variable and data conversion step by step. Then, plot a graph (friction factor vs Reynolds number) containing the experimental friction factor data of two different fluids and compare with the given empirical friction factor equations. Submit your answer in excel file. Sore