4 mm drill holes in the large water tank causing water to flow out of the tank into a single propeller with arc angle = 180 degrees as shown in Fig. Assuming no friction is involved, calculate 1) The velocity of the water flowing out of the borehole (V) 2) If a single propeller is attached to the ground (U=0), what is the force against the propeller? 3) If a single propeller moves to the right with a speed U=2 m/s, what is the force on the impeller? 4) Find the power generated by the impact of the water in the case of a single propeller moving at a speed U=2 m. /s
4 mm drill holes in the large water tank causing water to flow out of the tank into a single propeller with arc angle = 180 degrees as shown in Fig. Assuming no friction is involved, calculate 1) The velocity of the water flowing out of the borehole (V) 2) If a single propeller is attached to the ground (U=0), what is the force against the propeller? 3) If a single propeller moves to the right with a speed U=2 m/s, what is the force on the impeller? 4) Find the power generated by the impact of the water in the case of a single propeller moving at a speed U=2 m. /s
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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4 mm drill holes in the large water tank causing water to flow out of the tank into a single propeller with arc angle = 180 degrees as shown in Fig. Assuming no friction is involved, calculate
1) The velocity of the water flowing out of the borehole (V)
2) If a single propeller is attached to the ground (U=0), what is the force against the propeller?
3) If a single propeller moves to the right with a speed U=2 m/s, what is the force on the impeller? 4) Find the power generated by the impact of the water in the case of a single propeller moving at a speed U=2 m. /s
Transcribed Image Text:5 m
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