The turbine on a ship has a mass of 400 kg and is mounted on bearings A and B as shown. Its center of mass is at G, its radii of gyration are k₂ = 0.3m, and kx = ky = 0.5m. If the turbine is spinning at 200 rad/s, determine the vertical reactions at the bearings when the ship undergoes each of the following motions: (a) rolling, w₁ = 0.2 rad/s: Reaction forces Ay = (a) turning, w2 = 0.8 rad/s: Reaction forces Ay = (a) pitching, w3 = 1.4 rad/s: Reaction forces Ay = Provide all answers in kN using one decimal place. By = By = , By = kN kN KN
The turbine on a ship has a mass of 400 kg and is mounted on bearings A and B as shown. Its center of mass is at G, its radii of gyration are k₂ = 0.3m, and kx = ky = 0.5m. If the turbine is spinning at 200 rad/s, determine the vertical reactions at the bearings when the ship undergoes each of the following motions: (a) rolling, w₁ = 0.2 rad/s: Reaction forces Ay = (a) turning, w2 = 0.8 rad/s: Reaction forces Ay = (a) pitching, w3 = 1.4 rad/s: Reaction forces Ay = Provide all answers in kN using one decimal place. By = By = , By = kN kN KN
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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Hi, can I get help with this engineering dynamics question. Thanks.
Transcribed Image Text:Z
@1
(a) rolling, w₁ = 0.2 rad/s: Reaction forces Ay =
(a) turning, w₂ = 0.8 rad/s: Reaction forces Ay =
200 rad/s
A
(a) pitching, w3 = 1.4 rad/s: Reaction forces Ay =
002
Provide all answers in kN using one decimal place.
The turbine on a ship has a mass of 400 kg and is mounted on bearings A and B as shown. Its center of mass is at G, its radii of gyration are k₂ =
0.3m, and kx = ky = 0.5m. If the turbine is spinning at 200 rad/s, determine the vertical reactions at the bearings when the ship undergoes each
of the following motions:
By =
, By =
B
, By =
1.3 m
0.8 m
KN
kN
W3
kN
X
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