(a) Snow falls through the Earth's atmosphere in different forms of snowflakes. Entropy of a water drop reduces when it turns into snowflake. Does this process disobey Second law of thermodynamics? Why? Figure 2. Snowflake (d) A kitchen is too warm for you to stay during summer. You leave the refrigerator door open to cool the kitchen. Does this cooling method work efficiently? Explain your answer.
(a) Snow falls through the Earth's atmosphere in different forms of snowflakes. Entropy of a water drop reduces when it turns into snowflake. Does this process disobey Second law of thermodynamics? Why? Figure 2. Snowflake (d) A kitchen is too warm for you to stay during summer. You leave the refrigerator door open to cool the kitchen. Does this cooling method work efficiently? Explain your answer.
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Transcribed Image Text:(a) Snow falls through the Earth's atmosphere in different forms of
snowflakes. Entropy of a water drop reduces when it turns into snowflake.
Does this process disobey Second law of thermodynamics? Why?
Figure 2. Snowflake
(d) A kitchen is too warm for you to stay during summer. You leave the
refrigerator door open to cool the kitchen. Does this cooling method
work efficiently? Explain your answer.
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