For a perfectly crystalline solid `C_(p.m.)=aT^(3)`, where ais constant. If `C_(p.m.)` is 0.42.J//K-"mol" at 10K, molar entropy at 10K is:A. `0.42J//K-"mol"`B. `0.14J//K-"mol"`C. `4.2 J//K-"mol"`D. zero

For a perfectly crystalline solid `C_(p.m.)=aT^(3)`, where ais constan

1.	For a perfectly crystalline solid `C_(p.m.)=aT^(3)`, where ais constant. If `C_(p.m.)` is 0.42.J//K-"mol" at 10K, molar entropy at 10K is:A. `0.42J//K-"mol"`B. `0.14J//K-"mol"`C. `4.2 J//K-"mol"`D. zero
Answer» Correct Answer - B

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For a perfectly crystalline solid `C_(p.m.)=aT^(3)`, where ais constant. If `C_(p.m.)` is 0.42.J//K-"mol" at 10K, molar entropy at 10K is:A. `0.42J//K-"mol"`B. `0.14J//K-"mol"`C. `4.2 J//K-"mol"`D. zero

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