A potential energy graph is a visual representation of the potential energy of a system as a function of its position or configuration. It shows how the potential energy of the system changes as the system moves or changes.
Potential energy is represented on a potential energy graph by the height of the curve at a given point. The higher the curve, the higher the potential energy at that point.
A potential energy graph can tell us about the stability and equilibrium of a system. The minimum points on the graph represent the most stable positions of the system, while the maximum points represent the least stable positions.
The shape of a potential energy graph can vary depending on the type of forces acting on the system. For example, a system with conservative forces will have a smooth, continuous curve, while a system with non-conservative forces will have a more jagged curve.
Yes, potential energy can be negative on a potential energy graph. This indicates that the system has a lower potential energy at that point compared to a reference point. It does not mean that the potential energy is "less" than zero, but rather it is a relative measure.
