A solid sphere of mass `2kg` is pulled by a constant force acting at its centre on a rough surface having co-efficient of friciton `0.5`. The maximum value of `F` so that the sphere rolls without slipping is

A solid sphere of mass m is lying at rest on a rough horizontal surface. The coefficient of friction between the ground and sphere is mu . The maximum value of F , so that the sphere will not slip, is equal to

A solid sphere of mass m is lying at rest on a rough horizontal surface. The coefficient of friction between the ground and sphere is mu . The maximum value of F , so that the sphere will not slip, is equal to

A solid sphere of mass 10 kg is placed on a rough surface having coefficient of frictio mu=0.1A constant force F=7N is applied along a line passing through the centre of the sphere as shown in the figure. The value of frictional force on the sphere is

A solid sphere of mass 10 kg is placed on a rough surface having coefficient of frictio mu=0.1A constant force F=7N is applied along a line passing through the centre of the sphere as shown in the figure. The value of frictional force on the sphere is

A solid sphere of mass 10 kg is placed on a rough surface having coefficient of friction mu = 0.1 . A constant force F = 7 N is applied along a line passing through the centre of the sphere as shown in the figure. The value of frictional force on the sphere is. .

A horizontal force F acts on the sphere at its centre as shown. Coefficient of friction between ground and sphere is mu . What is maximum value of F for which there is no slipping?

A horizontal force F acts on the sphere at its centre as shown. Coefficient of friction between ground and sphere is mu . What is maximum value of F for which there is no slipping?

A horizontal force F acts on the sphere at its centre as shown. Coefficient of friction between ground and sphere is mu . What is maximum value of F for which there is no slipping?