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H 11 x 2 Figure 3, for task 4. a) Calculate the outlet velocity V2 and the gage pressure P1,gage at the flange in section 1. b) Find the reaction force, FR, in the flange connection (the force acting on the nozzle to hold this in place). Task 4 - conservation of momentum A curved nozzle with fresh water (use sealed 1000 kg/m3 for fresh water) in stationary flow has a vertical inlet and outlet forming an angle ÿ = 30° with the horizontal plane, see Error! Reference source not found.. The inlet has diameter D1 = 80 mm and the outlet, to the atmosphere, has diameter D2 = 25 mm. The inlet velocity V1 = 2 m/s. The nozzle weighs 20 kg (mD = 20 kg) when it is empty, and it (the nozzle) holds 2.5 liters (VD = 2.5 liters). The height difference (H) between the flange connection and outlet is 500 mm, as illustrated in Figure 3

H 11 x 2 Figure 3, for task 4. a) Calculate the outlet velocity V2 and the gage pressure P1,gage at the flange in section 1. b) Find the reaction force, FR, in the flange connection (the force acting on the nozzle to hold this in place). Task 4 - conservation of momentum A curved nozzle with fresh water (use sealed 1000 kg/m3 for fresh water) in stationary flow has a vertical inlet and outlet forming an angle ÿ = 30° with the horizontal plane, see Error! Reference source not found.. The inlet has diameter D1 = 80 mm and the outlet, to the atmosphere, has diameter D2 = 25 mm. The inlet velocity V1 = 2 m/s. The nozzle weighs 20 kg (mD = 20 kg) when it is empty, and it (the nozzle) holds 2.5 liters (VD = 2.5 liters). The height difference (H) between the flange connection and outlet is 500 mm, as illustrated in Figure 3

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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H 11 x 2 Figure 3, for task 4. a) Calculate the outlet velocity V2 and the gage pressure P1,gage at the flange in section 1. b) Find the reaction force, FR, in the flange connection (the force acting on the nozzle to hold this in place).
Transcribed Image Text:H 11 x 2 Figure 3, for task 4. a) Calculate the outlet velocity V2 and the gage pressure P1,gage at the flange in section 1. b) Find the reaction force, FR, in the flange connection (the force acting on the nozzle to hold this in place).
Task 4 - conservation of momentum A curved nozzle with fresh water (use sealed 1000 kg/m3 for fresh water) in stationary flow has a vertical inlet and outlet forming an angle ÿ = 30° with the horizontal plane, see Error! Reference source not found.. The inlet has diameter D1 = 80 mm and the outlet, to the atmosphere, has diameter D2 = 25 mm. The inlet velocity V1 = 2 m/s. The nozzle weighs 20 kg (mD = 20 kg) when it is empty, and it (the nozzle) holds 2.5 liters (VD = 2.5 liters). The height difference (H) between the flange connection and outlet is 500 mm, as illustrated in Figure 3
Transcribed Image Text:Task 4 - conservation of momentum A curved nozzle with fresh water (use sealed 1000 kg/m3 for fresh water) in stationary flow has a vertical inlet and outlet forming an angle ÿ = 30° with the horizontal plane, see Error! Reference source not found.. The inlet has diameter D1 = 80 mm and the outlet, to the atmosphere, has diameter D2 = 25 mm. The inlet velocity V1 = 2 m/s. The nozzle weighs 20 kg (mD = 20 kg) when it is empty, and it (the nozzle) holds 2.5 liters (VD = 2.5 liters). The height difference (H) between the flange connection and outlet is 500 mm, as illustrated in Figure 3
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