Determine the pressure drop in a 0.100 m length of tube

this is my fluid assignment 3 questions and I need the solution please

ASSIGNMENT-3 Due: 26 nd May 2015 SEM218 Mechanics of Fluids (2015) Assignment – 3(10% of the total assessment of the unit) Instructions: Submit a hand written assignment on or before 26th May 2015 (pdf file only in CloudDeakin) Provide a neat sketch and all the steps (working) when required; Write down the necessary assumptions if necessary; 1 Air ( = 1.23 kg/m3 ,  = 1.79 × 10−5 kg/m.s) flows through 4.0 mm diameter brass tube with velocity, V = 50 m/s. Under these conditions flow is expected to be turbulent, but for a clean air, a very smooth entrance (with guided vanes) to the tube, and no tube vibration, it may be possible to maintain laminar flow. Determine the pressure drop in a 0.100 m length of tube assuming a. Laminar flow b. Turbulent flow (Please draw your lines on the Moody’s chart to show the friction factor Equivalent roughness values for commercials pipes can be taken from your text book, Moody’s Chart is given in Figure 2) 2 Water ( = 1000 kg/m3 ) is supplied from the basement to the top-floor of a house as shown in the figure below (Figure 1). (Note: Some units are not standard but used often in the field. So convert them if necessary) Figure 1 Determine the pressure at entry (a) neglecting all losses (b) using major losses (c) using all losses ASSIGNMENT-3 Due: 26 nd May 2015 Figure 2


 

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