A cylinder of mass(M), radius (R) is resting on a horizontal platform

1.	A cylinder of mass(M), radius (R) is resting on a horizontal platform (which is parallel to (X-Y) plane) with its axis fixed along the (y) axis and free to rotate about its axis. The platform is given a motion in (X) direction given by: (x=Acoswt ). There is no slipping between the cylinder and platform. The maximum torque acting on the cylinder during its motion is:
Answer» A cylinder of mass(M), radius (R) is resting on a horizontal platform (which is parallel to (X-Y) plane) with its axis fixed along the (y) axis and free to rotate about its axis. The platform is given a motion in (X) direction given by: ( $x = A c o s w t$ ). There is no slipping between the cylinder and platform. The maximum torque acting on the cylinder during its motion is:

A cylinder of mass(M), radius (R) is resting on a horizontal platform (which is parallel to (X-Y) plane) with its axis fixed along the (y) axis and free to rotate about its axis. The platform is given a motion in (X) direction given by: (x=Acoswt ). There is no slipping between the cylinder and platform. The maximum torque acting on the cylinder during its motion is:

Answer»

A cylinder of mass(M), radius (R) is resting on a horizontal platform (which is parallel to (X-Y) plane) with its axis fixed along the (y) axis and free to rotate about its axis. The platform is given a motion in (X) direction given by: ( $x = A c o s w t$ ). There is no slipping between the cylinder and platform. The maximum torque acting on the cylinder during its motion is:

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