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10.39 A piping system for a pump contains a tee, as shown in Fig. 10.34, to permit the pressure at the outlet of the pump to be measured. However, there is no flow into

10.39 A piping system for a pump contains a tee, as shown in Fig. 10.34, to permit the pressure at the outlet of the pump to be measured. However, there is no flow into

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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10.38 A proposed alternate form for the heat exchange described in Problem 10.37 is shown in Fig. 105. The entire flow conduit 4-in steel tube withavall thickness of 0.065 in. Note that the ID for this tbe is 0.620 in, slightly smaller than that of the in Scheaule 4O pipe (D = 0.622 in). The return Lend is formed by two 90° bend with chort length of straight tube between them. Compute the pres- the line leading to the gage. Compute the energy loss as 0.40 ft/s of water at 50°F flows through the tee. 10.40 Apipingystem for supplying heavy fuel oil at 25°C is ar ranged as shown Eig 10.35. Thebottom leg of the tee is normally capped, hut the cap can be removed to clean the pipe Compute the energy loss as 0.08 m³/s flows through the tee. sure difference between the inlet and the outlet of this de- sign and compare it with the system from Problem 10.37. 10.39 A piping system for a pump contains a tee, as shown in Fig. 10.34, to permit the pressure at the outlet of the pump to be measured. However, there is no flow into 10.41 A5 mm OD × 2.0 mm wall copper tube supplies hot water (80 C) to a washing system in a factory at a flow rate of 250 L/min. At several points in the system, a 90° bend is required. Compute the nergy loss i ach bend if the ra us to the outside of the bend is 300 mm. FIGURE 10.34 Problem 10.39. Pump Flow 3-in Schedule 40 pipe
Transcribed Image Text:10.38 A proposed alternate form for the heat exchange described in Problem 10.37 is shown in Fig. 105. The entire flow conduit 4-in steel tube withavall thickness of 0.065 in. Note that the ID for this tbe is 0.620 in, slightly smaller than that of the in Scheaule 4O pipe (D = 0.622 in). The return Lend is formed by two 90° bend with chort length of straight tube between them. Compute the pres- the line leading to the gage. Compute the energy loss as 0.40 ft/s of water at 50°F flows through the tee. 10.40 Apipingystem for supplying heavy fuel oil at 25°C is ar ranged as shown Eig 10.35. Thebottom leg of the tee is normally capped, hut the cap can be removed to clean the pipe Compute the energy loss as 0.08 m³/s flows through the tee. sure difference between the inlet and the outlet of this de- sign and compare it with the system from Problem 10.37. 10.39 A piping system for a pump contains a tee, as shown in Fig. 10.34, to permit the pressure at the outlet of the pump to be measured. However, there is no flow into 10.41 A5 mm OD × 2.0 mm wall copper tube supplies hot water (80 C) to a washing system in a factory at a flow rate of 250 L/min. At several points in the system, a 90° bend is required. Compute the nergy loss i ach bend if the ra us to the outside of the bend is 300 mm. FIGURE 10.34 Problem 10.39. Pump Flow 3-in Schedule 40 pipe
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