Final answer:
The steam observed from a hot teapot is the result of condensation, which occurs after the water vapor produced by evaporation inside the teapot cools when it meets the cooler air.
Step-by-step explanation:
The steam coming from a hot teapot is actually an example of condensation. When the water inside the teapot heats up, it turns into water vapor, which is an evaporation process. However, when this vapor comes into contact with the cooler air outside the teapot, it cools down and transforms back into tiny water droplets, which we see as steam. This transformation from vapor to liquid water is the condensation process. In essence, the initial change inside the teapot is evaporation, but what is observed as steam is the result of condensation.
The steam coming from a hot teapot is an example of condensation. Condensation occurs when a gas turns into a liquid. In this case, the hot water vapor in the teapot cools down upon contact with the cooler air, causing it to condense into visible steam droplets.