Q.2.19 Figure shows a lawn 40 cm sprinkler with unequal arms. The jets issuing out of the sprinkler arm of 0.8 cm in diameter and the total discharge is 1.2 l/s. (a) Assuming zero friction, determine the rotational speed of the sprinkler. (b) What 1 20 cm 60° V2 torque would be required to hold the sprinkler stationary?
Q.2.19 Figure shows a lawn 40 cm sprinkler with unequal arms. The jets issuing out of the sprinkler arm of 0.8 cm in diameter and the total discharge is 1.2 l/s. (a) Assuming zero friction, determine the rotational speed of the sprinkler. (b) What 1 20 cm 60° V2 torque would be required to hold the sprinkler stationary?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Q.2.19
Figure shows a lawn
40 cm
sprinkler with unequal arms. The jets issuing out of
60
the sprinkler arm of 0.8 cm in diameter and the total
discharge is 1.2 l/s. (a) Assuming zero friction,
determine the rotational speed of the sprinkler. (b) What
torque would be required to hold the sprinkler
stationary?
1
60° + 20 cm-
V2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fea14c499-4338-46e1-adf5-1fcdd0098705%2F370d38d2-684e-431d-829f-56537213d651%2Fuqg817s_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q.2.19
Figure shows a lawn
40 cm
sprinkler with unequal arms. The jets issuing out of
60
the sprinkler arm of 0.8 cm in diameter and the total
discharge is 1.2 l/s. (a) Assuming zero friction,
determine the rotational speed of the sprinkler. (b) What
torque would be required to hold the sprinkler
stationary?
1
60° + 20 cm-
V2
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