QUESTION 3: A mass m=(2A+3)kg in Fig. 3 is attached on top of a straight rigid bar that is hinged at point O. Neglecting the weight of the rigid body, determine the period of the small vibra- mass. k = (A/10+0.2)kN/m, k, =(A/5+1)kN/m, k, = (A/10+0.5)kN/m, tions of the ki, =(A/5+1)kN/m, L=(A/5+1)m, a=0.6L.

QUESTION 3: A mass m=(2A+3)kg in Fig. 3 is attached on top of a straight rigid bar that is hinged at point O. Neglecting the weight of the rigid body, determine the period of the small vibra- mass. k = (A/10+0.2)kN/m, k, =(A/5+1)kN/m, k, = (A/10+0.5)kN/m, tions of the ki, =(A/5+1)kN/m, L=(A/5+1)m, a=0.6L.

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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