1. The problem asks us to determine which energy chart corresponds to point A on a height vs. time graph. 2. At point A, the height is 4 meters, so the potential energy $E_p$ is proportional to height: $E_p = mgh$. 3. The kinetic energy $E_k$ depends on the velocity, which is related to the slope of the height vs. time graph at point A. 4. Since the height is 4 m, $E_p$ should be 4 units (matching the height scale). 5. The velocity at point A appears to be moderate, so $E_k$ should be less than $E_p$ but not zero. 6. The left chart shows $E_p = 4$ and $E_k = 2$, which fits the expected values. 7. The center chart shows only $E_p = 4$ and no kinetic energy, which is unlikely if the object is moving. 8. The right chart shows $E_p = 2$ and $E_k = 4$, which contradicts the height of 4 m. Final answer: The left chart with $E_p = 4$ and $E_k = 2$ represents the energy at point A.