water is boiling in a clear pot, as shown in the picture. how do the water molecules closest to the burner…

water is boiling in a clear pot, as shown in the picture. how do the water molecules closest to the burner compare to the water molecules closest to the surface of the liquid? they are more spread out and moving faster than those at the surface. they are closer together and moving faster than those at the surface. they are more spread out and moving slower than those at the surface. they are closer together and moving slower than those at the surface.

water is boiling in a clear pot, as shown in the picture. how do the water molecules closest to the burner compare to the water molecules closest to the surface of the liquid? they are more spread out and moving faster than those at the surface. they are closer together and moving faster than those at the surface. they are more spread out and moving slower than those at the surface. they are closer together and moving slower than those at the surface.

Answer

Explanation:

Step1: Understand heat - energy relationship

Heat energy increases molecular motion. Water molecules near the burner receive more heat.

Step2: Analyze molecular spacing and speed

More heat means faster - moving and more spread - out molecules. Water near the burner is hotter than near the surface.

Answer:

They are more spread out and moving faster than those at the surface.