when xavier places his hands near a light bulb, he notices that certain areas around the light bulb are…

when xavier places his hands near a light bulb, he notices that certain areas around the light bulb are warmer than others. which best explains this? the areas to the sides of the light bulb are warmest because of conduction. the areas to the sides of the light bulb are warmest because of convection. the area directly above the light bulb is warmest because of conduction. the area directly above the light bulb is warmest because of convection.

when xavier places his hands near a light bulb, he notices that certain areas around the light bulb are warmer than others. which best explains this? the areas to the sides of the light bulb are warmest because of conduction. the areas to the sides of the light bulb are warmest because of convection. the area directly above the light bulb is warmest because of conduction. the area directly above the light bulb is warmest because of convection.

Answer

Brief Explanations:

Convection is the transfer of heat by the movement of a fluid (in this case, air). Warm air rises, so the area directly above a heat - emitting light bulb is warmest due to convection. Conduction requires direct contact, which is not the main heat - transfer mechanism here.

Answer:

The area directly above the light bulb is warmest because of convection.