A cloud forms around 45° south latitude and is carried through the atmosphere on the Westerlies. As the water molecules in the cloud move through the atmosphere, which step in the water cycle is most likely to happen next?
The molecules cool and eventually condense.
The molecules break apart and eventually evaporate.
The molecules heat up and eventually rise as water vapor.
The molecules combine and eventually fall as precipitation.
is it c
no.
is it d
am i right
pls help me
yes, of course.
No, the correct answer is actually A) The molecules cool and eventually condense.
After a cloud forms and is carried through the atmosphere on the Westerlies, the water molecules in the cloud continue to move through the atmosphere. As they do so, they encounter cooler temperatures higher up in the atmosphere. This cooling causes the water vapor molecules to lose energy and slow down. Eventually, the molecules will reach a point where they condense back into liquid water droplets or ice crystals, forming clouds.
To determine this answer, we need to understand the process of the water cycle and the behavior of water molecules in the atmosphere. The water cycle is the continuous movement of water on Earth, involving processes like evaporation, condensation, and precipitation. In this scenario, the cloud has already formed, so the next logical step would be for the water molecules to cool and condense due to the dropping temperatures in the atmosphere.