The discussion centers on the Stacked Blocks Problem in classical mechanics, specifically addressing the forces acting on two blocks, X and Y. The consensus is that when block X does not slip on block Y, friction exists, and the applied force F on block Y must be analyzed in conjunction with the frictional force acting on block X. The correct interpretation involves recognizing that the net horizontal force on block Y is F minus the friction force, which is crucial for understanding the system's acceleration. A free body diagram is recommended for clearer visualization of the forces involved.
PREREQUISITESStudents of physics, educators teaching mechanics, and anyone interested in understanding the dynamics of systems involving friction and acceleration.
No. F is applied on Y. The friction between X and Y acts also on X. So the net horizontal force exerted on Y is F-friction. If F and the friction cancel out Y does not accelerate. As X moves together with Y the whole system stays in rest or moves without acceleration. But the problem stated that it accelerates.Arun Raja said:Homework Statement
Homework Equations
F= ma[/B]The Attempt at a Solution
X does not slip. so friction exists. Friction should be equal to the force F applied so that according to Newton's 3rd law, the friction and F cancel out and X remains on Y.
Is this the right concept?