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The two uniform thin Disks Shown in the figure rest on horizontal plane and are connected through Frictionless pin Joints at A & B by a rigid light rod which remains horizontal. disk A is 15kg. -The mass - The mass of disk B is 25kg. The Static coefficients of friction between the plane and discs. A and B are - (Ms) A = 0.2 and (M₂) B = 0.55 At the Instant Shown, a counter clockwise moment T=125Nm is applied to disc B. a

The two uniform thin Disks Shown in the figure rest on horizontal plane and are connected through Frictionless pin Joints at A & B by a rigid light rod which remains horizontal. disk A is 15kg. -The mass - The mass of disk B is 25kg. The Static coefficients of friction between the plane and discs. A and B are - (Ms) A = 0.2 and (M₂) B = 0.55 At the Instant Shown, a counter clockwise moment T=125Nm is applied to disc B. a

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
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4 The two Uniform thin Disks Shown in the figure rest on a horizontal plane and are connected through frictionless pin Joints at A & B by a rigid light rod which remains horizontal. -The mass of disk A is 15kg. •The mass of disk B is 25kg. The Static coefficients of friction between the plane and discs A and B are (Ms) A = 0.2 and (Ms) B = 0.55 At the Instant Shown, a counter clockwise moment T=125Nm is applied to disc B. A 245 160⁰° 0,6m B 5.45m 0.6m 1) Identify the type of ensuing motion of the discs
Transcribed Image Text:4 The two Uniform thin Disks Shown in the figure rest on a horizontal plane and are connected through frictionless pin Joints at A & B by a rigid light rod which remains horizontal. -The mass of disk A is 15kg. •The mass of disk B is 25kg. The Static coefficients of friction between the plane and discs A and B are (Ms) A = 0.2 and (Ms) B = 0.55 At the Instant Shown, a counter clockwise moment T=125Nm is applied to disc B. A 245 160⁰° 0,6m B 5.45m 0.6m 1) Identify the type of ensuing motion of the discs
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