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Idler (massless) pulley m 2k I, 2m Fig (A) Fig (B) m4 K k2. kJ2 C,G m3 m 1/2 k/2. k2 m2 m, k2. ka/2 m. k/2. Fig (C) In the system shown, K, is torsional spring acting on the arm. The arm of mass (m,) and length of (L) is attached to a translation mass (m,) by a hinge. While the pendulum of mass Fig (D)

Idler (massless) pulley m 2k I, 2m Fig (A) Fig (B) m4 K k2. kJ2 C,G m3 m 1/2 k/2. k2 m2 m, k2. ka/2 m. k/2. Fig (C) In the system shown, K, is torsional spring acting on the arm. The arm of mass (m,) and length of (L) is attached to a translation mass (m,) by a hinge. While the pendulum of mass Fig (D)

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/ How many degrees of freedom are required to model the systems shown in figures (A & B & C & D)? Also, Identify a set of generalized coordinates which can be used to analyze the systems' vibrations if the systems undergo planer motion. Idler (massless) pulley k k K, m 2k S 1, U 20 K 2m Fig (A) Fig (B) k12. k12 C,G m3 k/2 k/2. m2 m, k2. k2/2 m, k12- ky/2 Fig (C) - In the system shown, K, is torsional spring acting on the arm. The arm of mass (ma) and length of (L) is attached to a translation mass (m,) by a hinge. While the pendulum of mass (m,) is attached close to the free end of the arm. Fig (D) /2
Transcribed Image Text:) 1/ How many degrees of freedom are required to model the systems shown in figures (A & B & C & D)? Also, Identify a set of generalized coordinates which can be used to analyze the systems' vibrations if the systems undergo planer motion. Idler (massless) pulley k k K, m 2k S 1, U 20 K 2m Fig (A) Fig (B) k12. k12 C,G m3 k/2 k/2. m2 m, k2. k2/2 m, k12- ky/2 Fig (C) - In the system shown, K, is torsional spring acting on the arm. The arm of mass (ma) and length of (L) is attached to a translation mass (m,) by a hinge. While the pendulum of mass (m,) is attached close to the free end of the arm. Fig (D) /2
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