- #1
chandran
- 139
- 1
Theory says that a cubical box when subjected to a force horizontally(not at the centre of gravity) then the force will tend to rotate the box around the centre of gravity. Any proof can be given for this?
A box with a horizontal force at the top is a physical system in which a box or object is placed on a flat surface and a force is applied horizontally to the top of the box.
The horizontal force applied to the top of the box will cause the box to move in the direction of the force. The magnitude of the force will determine the speed and acceleration of the box.
The movement of the box is influenced by the magnitude and direction of the applied force, the mass of the box, and the presence of any other external forces such as friction or air resistance.
Yes, the movement of the box can be predicted using Newton's laws of motion and the principles of dynamics. By understanding the forces acting on the box and the properties of the box itself, the movement can be accurately predicted.
Examples of a box with a horizontal force at the top include pushing a box across a floor, pulling a box with a rope, or sliding a book off a table. In each of these cases, a horizontal force is applied to the top of the box, causing it to move in a particular direction.