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Calculate the flow rate, jet velocity, and the reaction force for each deflection angle. Plot this theoretical reaction force against jet velocity. 2. For each deflection angle, plot the actual balancing weight against the theoretical reaction force; does the plot suggest a 45° linear relation?

Calculate the flow rate, jet velocity, and the reaction force for each deflection angle. Plot this theoretical reaction force against jet velocity. 2. For each deflection angle, plot the actual balancing weight against the theoretical reaction force; does the plot suggest a 45° linear relation?

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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Calculate the flow rate, jet velocity, and the reaction force for each deflection angle. Plot this theoretical reaction force
against jet velocity.
2. For each deflection angle, plot the actual balancing weight against the theoretical reaction force; does the
plot suggest a 45° linear relation?

Nozzle Diameter (mm) 90 180 8 Mass Flowrate Mass Flowrate (g) (L/min) (g) (L/min) 410 29.53 1000 32.50 380 28.60 800 29.10 340 27.20 700 27.20 300 25.40 600 25.10 240 23.11 500 22.81 200 20.91 400 19.80 160 18.81 300 17.80 120 16.20 200 13.51 100 14.80 100 9.60 80 13.40 80 8.05 60 11.50 60 7.50 40 9.20 40 5.90 20 6.60 20 3.70 10 4.99 10 1.90 Weight pan Spring Knurled screw Inlet pipe 524 Level gauge Target plate Nozzle - Adjustable feet
Transcribed Image Text:Nozzle Diameter (mm) 90 180 8 Mass Flowrate Mass Flowrate (g) (L/min) (g) (L/min) 410 29.53 1000 32.50 380 28.60 800 29.10 340 27.20 700 27.20 300 25.40 600 25.10 240 23.11 500 22.81 200 20.91 400 19.80 160 18.81 300 17.80 120 16.20 200 13.51 100 14.80 100 9.60 80 13.40 80 8.05 60 11.50 60 7.50 40 9.20 40 5.90 20 6.60 20 3.70 10 4.99 10 1.90 Weight pan Spring Knurled screw Inlet pipe 524 Level gauge Target plate Nozzle - Adjustable feet
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