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Why is the freezing level important in understanding forms of precipitation?

Answer and explanation

Correct answer: Because it indicates whether falling water remains solid or melts

Correct answer: A. The freezing level is the height or atmospheric boundary near which the temperature is about 0°C, although the exact behaviour also depends on the temperature profile below and above it. Precipitation may begin as snow or ice higher in a cloud. If it passes through a sufficiently deep layer above freezing, it can melt and reach the ground as rain. If the air remains below freezing, it may stay as snow or another frozen form; passing through alternating warm and cold layers can produce mixed precipitation. B is wrong because freezing level does not determine river direction. C is unrelated to atmospheric temperature. D is wrong because the level directly affects whether falling water freezes or melts. Memory cue: temperature on the falling path helps decide rain, snow, or mixed precipitation.

Related tags

Freezing LevelPrecipitation TypeSnow RainClouds And PrecipitationWater In The AtmosphereGeographyClass 12 Mcq

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