(A) Entropy $(S)$ is a state function and its value depends on the state of the system,which is defined by variables like temperature $(T)$,pressure $

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Both $\Delta S$ and $S$ are functions of temperature.

(A) Entropy $(S)$ is a state function and its value depends on the state of the system,which is defined by variables like temperature $(T)$,pressure $(P)$,and volume $(V)$.Since $S = f(T, P, V)$,entropy is a function of temperature.Similarly,the change in entropy $(\Delta S = S_2 - S_1)$ also depends on the initial and final states of the system,which are defined by temperature.Therefore,both $S$ and $\Delta S$ are functions of temperature.

Class 11 Chemistry Thermodynamics 2 nd Law of thermodynamics and Entropy

Medium

The true statement amongst the following is

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A
Both $\Delta S$ and $S$ are functions of temperature.
B
$S$ is not a function of temperature but $\Delta S$ is a function of temperature.
C
Both $S$ and $\Delta S$ are not functions of temperature.
D
$S$ is a function of temperature but $\Delta S$ is not a function of temperature.