Question

Chapters Six & Seven Problems: 6.11 The venture meter shown in Figure 6.4 carries oil (sg-0.85). The specific gravity of the gage fluid in the manometer is 1.5. Calculate the volume flow rate of oil in m'/s. 7.1 The pump in Figure 7.1 provides head of 59.5 ft, and power of 13.5 hp to deliver water from the lower to the upper reservoir. Calculate; a. Volume flow rate in the suction and discharge pipe. b. Velocity of flow in suction pipe and discharge pipe. c. The energy loss in the pipe line. d. The resistance coefficient K for suction pipe and discharge pipe if the energy loss is expressed as ). Assume one third of the energy loss occurs in suction pipe and the remaining in the discharge pipe. 2g 73-mm inside diameter Discharge pepe 40 h 5-in Sch40 Flow 0.25 m 6-in Sch 40 1 50 Note that, inside diameter Loss in suction pipe- 1 of total loss Loas in discharge pipe-2/3 of total loss 0.60 m Figure 7.1 Figure 6.4 Answer for Problem 7,. 19998 ft Ka 1.97 nction 9.969 f's Vuchug 14.387 ft/s h-9.5 ft Kustion 3.078

Answer 1