Question

choose the correct answer. how does condensation in the atmosphere, often at higher elevations, contribute to the water cycle? it traps minerals in clouds, removing them from the water cycle. it causes water vapor to remain in the atmosphere indefinitely. it forms clouds, which can lead to precipitation and return water to earths surface. it warms the air, preventing precipitation.

Explanation:

Condensation is the process where water vapor changes into liquid water. In the water cycle, when water vapor condenses (often at higher elevations), it forms clouds. Clouds then can release this water back to the Earth's surface as precipitation (such as rain, snow, etc.).

• The first option is incorrect because condensation is about water (not trapping minerals out of the water cycle).
• The second option is wrong as water vapor doesn't remain in the atmosphere indefinitely - condensation is part of the cycle that returns it (as liquid) back (eventually as precipitation).
• The fourth option is incorrect because condensation is a cooling process (releases heat when vapor turns to liquid, but overall cools the surrounding air in the sense of phase change) and leads to precipitation, not prevents it.

Answer:

It forms clouds, which can lead to precipitation and return water to Earth’s surface.