The mounted engine rotates clockwise at 4500 rpm, when viewed from front. - The mass of the motor's rotor is 650 kg. The radius of gyration is 0.55 m. - The boat pitches downward (See Figure.1) at an angular velocity of 0.015 rad/s. You are required to perform the following tasks: 1. Sketch the vector diagram for the angular momentum and torque. 2. Find the angular velocity of the engine in rad/sec. 3. Find the gyroscopic reaction torque in N.m. 4. On your vector diagram, show the correct direction of the reaction torque. 5. Explain the effect of the gyroscopic reaction torque on the boat. (into pge) rur w roter boat Motien Pitching (Fiont) (Side)
The mounted engine rotates clockwise at 4500 rpm, when viewed from front. - The mass of the motor's rotor is 650 kg. The radius of gyration is 0.55 m. - The boat pitches downward (See Figure.1) at an angular velocity of 0.015 rad/s. You are required to perform the following tasks: 1. Sketch the vector diagram for the angular momentum and torque. 2. Find the angular velocity of the engine in rad/sec. 3. Find the gyroscopic reaction torque in N.m. 4. On your vector diagram, show the correct direction of the reaction torque. 5. Explain the effect of the gyroscopic reaction torque on the boat. (into pge) rur w roter boat Motien Pitching (Fiont) (Side)
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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Transcribed Image Text:The mounted engine rotates clockwise at 4500 rpm, when viewed from front.
The mass of the motor's rotor is 650 kg.
The radius of gyration is 0.55 m.
The boat pitches downward (See Figure.1) at an angular velocity of 0.015 rad/s.
You are required to perform the following tasks:
1. Sketch the vector diagram for the angular momentum and torque.
2. Find the angular velocity of the engine in rad/sec.
3. Find the gyroscopic reaction torque in N.m.
4. On your vector diagram, show the correct direction of the reaction torque.
5. Explain the effect of the gyroscopic reaction torque on the boat.
(into mge)
rur w
Motien
bout
tehing
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