The problem involves a plank of mass m1 with a sphere of mass m2 placed on it, both resting on a smooth horizontal surface. A constant horizontal force F is applied to the plank, and the question concerns the accelerations of both the plank and the sphere, assuming no sliding occurs between them.
The discussion is ongoing, with participants expressing varying levels of understanding. Some have attempted to clarify the problem setup, while others are seeking guidance on how to approach the solution. There is no explicit consensus yet.
There is some ambiguity regarding the definitions of the masses and the nature of the forces involved, as well as the assumption that the sphere rolls without slipping.
sachin123 said:A plank of mass m1 with a uniform mass m2 placed on it rests on a smooth horizontal floor.A constant horizontal force F is applied to the plank.With what accelerations will plank and center of sphere move if there is no sliding between plank and sphere?(with respect to ground)