Final answer:
Pouring hot water into a clear plastic cup, covering it, will likely result in gradual cooling, condensation forming water droplets, and a stable water level over the next three minutes. Thus, A, B, and C options are correct.
Step-by-step explanation:
When hot water is poured into a clear plastic cup and covered with another inverted cup, several events are likely within the next three minutes. Firstly, the hot water will transfer heat to the surrounding air, gradually cooling down.
Simultaneously, water vapor within the cup may condense on the inside of the top cup, forming visible water droplets. This condensation results from the temperature difference between the hot water and the cooler cup surface.
Importantly, the water level in the cup will likely remain constant, as neither water addition nor removal occurs. This stability is unless external factors such as temperature changes or pressure alterations significantly impact the system. In summary, the process involves cooling, condensation, and a stable water level, illustrating fundamental principles of heat transfer and phase changes in a closed container.