A solid cylinder of mass `m` is kept in balance on a fixed incline of angle `alpha=37^@` with the help of a thread fastened to its jacket. The cylinder does not slip.

What force `F` is reqired to kep the cylinder in balance when the thread is held vertically?

A solid cylinder of mass m is kept in balance on a fixed incline of angle alpha=37^@ with the help of a thread fastened to its jacket. The cylinder does not slip. The values of minimum coefficient of static friction between cylinder and incline in the case when F is minimum.

A solid cylinder of mass m is kept in balance on a fixed incline of angle alpha=37^@ with the help of a thread fastened to its jacket. The cylinder does not slip. The values of minimum coefficient of static friction between cylinder and incline in the case when F is minimum.

A solid cylinder of mass m is kept in balance on a fixed incline of angle alpha=37^@ with the help of a thread fastened to its jacket. The cylinder does not slip. In what direction should the thread be pulled to minimise the force required to hold the cylinder? What is the magnitude of this force?

A solid cylinder of mass m is kept in balance on a fixed incline of angle alpha=37^@ with the help of a thread fastened to its jacket. The cylinder does not slip. In what direction should the thread be pulled to minimise the force required to hold the cylinder? What is the magnitude of this force?

A solid cylinder of mass m is resting on fixed rough inclined plane with help of a thread. Find friction force between cylinder and inclined plane. (given mu = 0.4 )

A solid cylinder of mass 8 kg and radius 50 cm is rolling down a plane inclined at an angle of 30^@ with the horizontal. The minimum value of coefficient of friction so that cylinder does not slip while rolling down the plane.

A solid cylinder of mass m rolls without slipping down an inclined plane making an angle theta with the horizontal. The frictional force between the cylinder and the incline is