The molar heat capacity $$\left( {{C}_{p}} \right)$$ of $$C{{D}_{2}}O$$ is 10 cals at 1000 K. The change in entropy associated with cooling of 32 g of $$C{{D}_{2}}O$$ vapour from 1000 K to 100 K at constant pressure will be: (D = deuterium, atomic mass = 2 u)

Question

TuteeHUB · Accepted Answer

$$2.303\text{ }cal\text{ }de{{g}^{-1}}$$

TuteeHUB · Answer

$$23.03\text{ }cal\text{ }de{{g}^{-1}}$$

TuteeHUB · Answer

$$-23.03\text{ }cal\text{ }de{{g}^{-1}}$$

TuteeHUB · Answer

$$-2.303\text{ }cal\text{ }de{{g}^{-1}}$$

1.	The molar heat capacity \[\left( {{C}_{p}} \right)\] of \[C{{D}_{2}}O\] is 10 cals at 1000 K. The change in entropy associated with cooling of 32 g of \[C{{D}_{2}}O\] vapour from 1000 K to 100 K at constant pressure will be: (D = deuterium, atomic mass = 2 u)
A.	\[23.03\text{ }cal\text{ }de{{g}^{-1}}\]
B.	\[-23.03\text{ }cal\text{ }de{{g}^{-1}}\]
C.	\[2.303\text{ }cal\text{ }de{{g}^{-1}}\]
D.	\[-2.303\text{ }cal\text{ }de{{g}^{-1}}\]
Answer» C. \[2.303\text{ }cal\text{ }de{{g}^{-1}}\]

The molar heat capacity \[\left( {{C}_{p}} \right)\] of \[C{{D}_{2}}O\] is 10 cals at 1000 K. The change in entropy associated with cooling of 32 g of \[C{{D}_{2}}O\] vapour from 1000 K to 100 K at constant pressure will be: (D = deuterium, atomic mass = 2 u)

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