Which is the best explanation for a convection current in the atmosphere?

Question 4 options:

Hot air expands and rises to the top of the atmosphere, while the cool air stays below it.


Hot air expands and rises, becoming cooler and denser, then falling again in a continuous process


Cold air expands and rises, becoming warmer and contracting, then falling again in a continuous cycle.


Cold light air rises in the atmosphere, while the warmer air stays near the ground.

Respuesta :

Hot air expands and rises, becoming cooler and denser, then falling again in a continuous process

The convection current in the atmosphere is best explained as the process by which hot air expands and rises, becoming cooler and denser, then falling again in a continuous process.

Heat transfer by convection involves the transfer of heat by the actual movement of the heated molecules from the hot parts to the cooler parts of a fluid.

The continuous movement of hot air or liquid from bottom to the top and cold liquid or air from the top to the bottom is known as convection current.

Thus, we can conclude that convection current in the atmosphere is best explained as the process by which hot air expands and rises, becoming cooler and denser, then falling again in a continuous process.

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