A complex pendulum rolls without slipping on a circular track. The pendulum arm has mass m₂ and length L. The arm is pinned at point O. At point O, a torsional spring and damper (k and b) act on the pendulum. Additionally, a moment M(t) is applied to the pendulum at point O. At the distal end of the pendulum, a thin hoop of mass m₁ and radius r is attached to the pendulum. The hoop rolls without slipping on the circular track. The angle of the pendulum is denoted (t) and the rotational position of the hoop is denoted (t). Gravity acts on the system.

A complex pendulum rolls without slipping on a circular track. The pendulum arm has mass m₂ and length L. The arm is pinned at point O. At point O, a torsional spring and damper (k and b) act on the pendulum. Additionally, a moment M(t) is applied to the pendulum at point O. At the distal end of the pendulum, a thin hoop of mass m₁ and radius r is attached to the pendulum. The hoop rolls without slipping on the circular track. The angle of the pendulum is denoted (t) and the rotational position of the hoop is denoted (t). Gravity acts on the system.

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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