A uniform bar of mass 'm' and length 12 hangs from20frictionless hinge. It is released from the horizontal positionALONas shown in Fig.dIDIRI@=0ReflineINIVINICIFig.Find the angular velocity and linear velocity of the centre ofmass G, when it is in vertical position (0-90%) Solve bywork energy principle

The length of the bar is l=12 m. The mass of the bar is m.

A uniform bar of mass m and length 12 hangs from a frictionless hinge. It is released from the horizontal postion as shown in Fig. A G @=0 B Ref line Fig. Find the angular velocity and linear velocity of the centre mass G, when it is in vertical position (0-90°) Solver work-energy principle

A uniform bar of mass m and length 12 hangs from a frictionless hinge. It is released from the horizontal postion as shown in Fig. A G @=0 B Ref line Fig. Find the angular velocity and linear velocity of the centre mass G, when it is in vertical position (0-90°) Solver work-energy principle

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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Question

A uniform bar of mass 'm' and length 12 hangs from
20
frictionless hinge. It is released from the horizontal position
ALON
as shown in Fig.
d
IDIRI
@=0
Ref
line
INIVINICI
Fig.
Find the angular velocity and linear velocity of the centre of
mass G, when it is in vertical position (0-90%) Solve by
work energy principle

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