I don't see why you would think there is any trick. If the weights weren't in a "still position", it wouldn't make sense to ask you to find "the final position".
The final position of the weights is the location or placement of the weights after they have been moved or manipulated in some way.
The final position of the weights is determined by the forces acting on them, the initial position of the weights, and any external factors such as friction or air resistance.
The final position of the weights can be affected by a variety of factors including the strength and direction of the applied forces, the mass and shape of the weights, and any external factors such as the surface they are placed on.
In most cases, the final position of the weights can be predicted using mathematical equations and principles such as Newton's laws of motion. However, in some situations, the final position may be unpredictable due to complex or chaotic factors.
Describing the final position of the weights is important for understanding the behavior of objects in motion and for making accurate predictions about their future movements. It is also crucial in engineering and design to ensure the stability and safety of structures and machines.
