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The two uniform thin discs shown in the figure rest on a horizontal plane and are connected through frictionless pin-joints at A and B by a rigid light rod which remains horizontal. The mass of disc A is 15 kg. and that of disc B is 25 kg. The static coefficients of friction between the plane and discs A and B are, respectively, (u)= 0.2 and (u)=0.55. At the instant shown, a counterclockwise moment T = 125 Nm is applied to disc B. You are required to,

The two uniform thin discs shown in the figure rest on a horizontal plane and are connected through frictionless pin-joints at A and B by a rigid light rod which remains horizontal. The mass of disc A is 15 kg. and that of disc B is 25 kg. The static coefficients of friction between the plane and discs A and B are, respectively, (u)= 0.2 and (u)=0.55. At the instant shown, a counterclockwise moment T = 125 Nm is applied to disc B. You are required to,

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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Identify the type of ensuing motion of the discs and draw the free body, kinematic and kinetic diagrams of the discs.
The two uniform thin discs shown in the figure rest on a horizontal plane and are connected through frictionless pin-joints at A and B by a rigid light rod which remains horizontal. The mass of disc A is 15 kg. and that of disc B is 25 kg. The static coefficients of friction between the plane and discs A and B are, respectively, (u)= 0.2 and (u)=0.55. At the instant shown, a counterclockwise moment T = 125 Nm is applied to disc B. You are required to,
Transcribed Image Text:The two uniform thin discs shown in the figure rest on a horizontal plane and are connected through frictionless pin-joints at A and B by a rigid light rod which remains horizontal. The mass of disc A is 15 kg. and that of disc B is 25 kg. The static coefficients of friction between the plane and discs A and B are, respectively, (u)= 0.2 and (u)=0.55. At the instant shown, a counterclockwise moment T = 125 Nm is applied to disc B. You are required to,
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