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?
The stacked blocks problem is a classic problem in mathematics and physics that involves finding the maximum height of a stack of blocks that can be built without toppling over.
The key factors that affect the stability of a stacked block tower are the mass and distribution of the blocks, the surface area of the blocks in contact with each other, and the stability of the base.
The stacked blocks problem can be solved using the principles of equilibrium and statics, which involve analyzing the forces acting on the blocks and determining the conditions for stability.
The stacked blocks problem has applications in architecture, construction, and engineering, where it is important to determine the maximum height that a structure can be built without collapsing.
Yes, there are variations of the stacked blocks problem that involve different types of blocks or different stacking arrangements, such as stacking blocks of different shapes or placing blocks on a moving platform.