Respuesta :
Out of the 3 types of heat transfer, this scenario would be most likely to be an example of convection.
Convection is where the transferring of heat is resulted through the movements of fluid, but in this case it is air. What happens is that when a part of the whole mass of air is heated, the hotter air rises and the cooler air descends and takes place of the hotter air before it was heated. Then, the cooler air becomes hotter and the hotter air before becomes the cooler air of both, which then results to the repeat of the exchange of places. This creates a motion until the whole mass has achieved mutual temperature, the heat source has stopped or extinguished, or there is a shift of temperature.
Convection is where the transferring of heat is resulted through the movements of fluid, but in this case it is air. What happens is that when a part of the whole mass of air is heated, the hotter air rises and the cooler air descends and takes place of the hotter air before it was heated. Then, the cooler air becomes hotter and the hotter air before becomes the cooler air of both, which then results to the repeat of the exchange of places. This creates a motion until the whole mass has achieved mutual temperature, the heat source has stopped or extinguished, or there is a shift of temperature.
Answer:
This is an example of convection
Explanation:
Convection is where the transferring of heat results through the motions of fluid In this situation, we are dealing with air. When the air is heated, the heated air rises while the cooler air falls and replaces the hotter air before it was ever heated. Furthermore, the cooler air becomes hotter, and the air that was hotter before turning into the cooler air of both. The result of this then is that there will be a repeat of the exchange of spots. This creates a movement till the enitre mass has accomplished mutual temperature, there is a change of temperature, or the heat source has come to an end.