BDeeACFigure Q1 (a). a)Two masses m are attached to opposite sides of a rigid rotating shaft in the verticalplane. Another pair of equal masses mi is attached to the opposite sides of the shaft in= 10.9m, b = 1the vertical plane as shown in Figure Q1 (a). Consider a = 1 m, a,30.m, m =10 kg, e =³30 mm and er = "mm. For the system to be dynamically balanced,considering Emrl – 0, evaluate the mị kg if;i) Angle for A, B, C, and D is 270°, 90°, 270° and 90°, respectively,ii) Angle for A, B, C and D is 0, 70°, -28° and 182°, respectively,iii) All mass for A, B, C and D are added 50 kg. Use same angle in Q1 (a) ii.

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Two masses m are attached to opposite sides of a rigid rotating shaft in the vertical plane. Another pair of equal masses mı is attached to the opposite sides of the shaft in the vertical plane as shown in Figure Q1 (a). Consider a = 1 m, a1 _10.9 ´m, b =1 m, m =10 kg, e 30 mm and ei = "mm. For the system to be dynamically balanced, considering Emrl – 0, evaluate the mị kg if; i) Angle for A, B, C, and D is 270°, 90°, 270° and 90°, respectively, ii) Angle for A, B, C and D is 0, 70°, -28 ° and 182°, respectively,

Two masses m are attached to opposite sides of a rigid rotating shaft in the vertical plane. Another pair of equal masses mı is attached to the opposite sides of the shaft in the vertical plane as shown in Figure Q1 (a). Consider a = 1 m, a1 _10.9 ´m, b =1 m, m =10 kg, e 30 mm and ei = "mm. For the system to be dynamically balanced, considering Emrl – 0, evaluate the mị kg if; i) Angle for A, B, C, and D is 270°, 90°, 270° and 90°, respectively, ii) Angle for A, B, C and D is 0, 70°, -28 ° and 182°, respectively,

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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