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How does distillation simulate the water cycle?

A. Our Bunsen burner simulated the sun, heating the water to the precipitation point. Precipitation purified the water because the impurities were left behind. Then the water condensed. In the water cycle, condensation forms clouds, and when enough water is collected, it evaporates out as rain water. This evaporation was represented by the water droplets that were collected in the container.

B. Distillation does not simulate the water cycle.

C. Our Bunsen burner simulated the sun, heating the water to the condensation point. Condensation purified the water because the impurities were left behind. Then the water evaporated. In the water cycle, evaporation forms clouds, and when enough water is collected, it precipitates out as rain water. This precipitation was represented by the water droplets that were collected in the container.

D. Our Bunsen burner simulated the sun, heating the water to the evaporating point. Evaporation purified the water because the impurities were left behind. Then the water condensed. In the water cycle, condensation forms clouds, and when enough water is collected, it precipitates out as rain water. This precipitation was represented by the water droplets that were collected in the container.

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Final answer:

Distillation replicates the water cycle by imitating evaporation, condensation, and precipitation processes.


Explanation:

Distillation simulates the water cycle by mimicking the processes of evaporation, condensation, and precipitation. In distillation, heating the liquid (evaporation) leads to the separation of impurities (similar to how water vapor rises as clouds form in the atmosphere). The condensed purified liquid represents the precipitation stage, where water returns to the Earth.


Learn more about Distillation and the water cycle here:

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