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Consider the rotating shaft with imbalances as shown. A single balancing mass is to be located in the same plane as the imbalance masses. Assume the velocity of 10 rad/s m,= 6 kg m₂ = 4 kg m₂ = 4 kg Figures not to scale TT r₁ = 250 mm r₂ = 200 mm r₂ = 200 mm m, 3 60° m3 m₂

Consider the rotating shaft with imbalances as shown. A single balancing mass is to be located in the same plane as the imbalance masses. Assume the velocity of 10 rad/s m,= 6 kg m₂ = 4 kg m₂ = 4 kg Figures not to scale TT r₁ = 250 mm r₂ = 200 mm r₂ = 200 mm m, 3 60° m3 m₂

Elements Of Electromagnetics
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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1. For each mass, calculate the centrifugal force(total magnitude) as well as its horizontal and vertical components.

2.Determine the magnitude and the angular orientation of the total centrifugal force associated with the imbalance masses.

3. Determine the magnitude and the angular orientation of the balancing mass if it is located at a radius of 120mm

11 Consider the rotating shaft with imbalances as shown. A single balancing mass is to be located in the same plane as the imbalance masses. Assume the velocity of 10 rad/s. m, = 6 kg m₂ = 4 kg m₂ = 4 kg Figures not to scale r₁ = 250 mm r₂ = 200 mm r₂ = 200 mm m₁ 73 60° M3 m₂
Transcribed Image Text:11 Consider the rotating shaft with imbalances as shown. A single balancing mass is to be located in the same plane as the imbalance masses. Assume the velocity of 10 rad/s. m, = 6 kg m₂ = 4 kg m₂ = 4 kg Figures not to scale r₁ = 250 mm r₂ = 200 mm r₂ = 200 mm m₁ 73 60° M3 m₂
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