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H.W 13. A cylindrical vessel of radius ro filled with water to height h is rotated around the central axis, and the difference in height of water level is h. What is the rotational angular velocity? Furthermore, assuming ro= 10 cm and h = 18 cm, obtain w when h' = 10 cm and also the number of revolutions per minute n when the cylinder bottom begins to appear. anc 1 @MI -√√2gh' rad/s, w = 14 rad/s at h' = 10cm, speed of rotation when = 4.23 s¹ = 254 rpm ro the cylinder bottom begins to appear n =

H.W 13. A cylindrical vessel of radius ro filled with water to height h is rotated around the central axis, and the difference in height of water level is h. What is the rotational angular velocity? Furthermore, assuming ro= 10 cm and h = 18 cm, obtain w when h' = 10 cm and also the number of revolutions per minute n when the cylinder bottom begins to appear. anc 1 @MI -√√2gh' rad/s, w = 14 rad/s at h' = 10cm, speed of rotation when = 4.23 s¹ = 254 rpm ro the cylinder bottom begins to appear n =

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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H.W 13. A cylindrical vessel of radius ro filled with water to height h is rotated around the central axis, and the difference in height of water level is h. What is the rotational angular velocity? Furthermore, assuming ro = 10 cm and h= 18 cm, obtain a when h' = 10 cm and also the number of revolutions per minute n when the cylinder bottom begins to appear. anc 1 w = = √2gh' rad/s, w = 14 rad/s at h' = 10 cm, speed of rotation when the cylinder bottom begins to appear n = : 4.23 s-¹ = 254 rpm
Transcribed Image Text:H.W 13. A cylindrical vessel of radius ro filled with water to height h is rotated around the central axis, and the difference in height of water level is h. What is the rotational angular velocity? Furthermore, assuming ro = 10 cm and h= 18 cm, obtain a when h' = 10 cm and also the number of revolutions per minute n when the cylinder bottom begins to appear. anc 1 w = = √2gh' rad/s, w = 14 rad/s at h' = 10 cm, speed of rotation when the cylinder bottom begins to appear n = : 4.23 s-¹ = 254 rpm
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