What is the value of $\Delta G$ for a water system in an environment with a temperature of $100 \ K$?
(D) The freezing point of water is $273 \ K$ $(0^{\circ}C)$.
At $100 \ K$,water exists as ice (solid state).
The process of water remaining as ice at $100 \ K$ is spontaneous.
For a spontaneous process,the change in Gibbs free energy,$\Delta G$,is negative $(\Delta G < 0)$.
At $100 \ K$,water exists as ice (solid state).
The process of water remaining as ice at $100 \ K$ is spontaneous.
For a spontaneous process,the change in Gibbs free energy,$\Delta G$,is negative $(\Delta G < 0)$.
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Similar Questions
Which of the following relations is correct?
For the melting of $3 \ mol$ of ice at $0^o \text{C}$,$\Delta G = \dots \dots$
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View SolutionAt the transition temperature $T$,$\Delta G^0 = 0$ and $\Delta G^0 = 105 - 35 \log T$,where $A$ and $B$ are two states of substance $X$. The transition temperature in $^\circ\text{C}$ when pressure is $1 \text{ atm}$ is . . . . . . .
DifficultJEE MAIN 2026
View Solution$\Delta G$ in the process of melting of ice at $-15\,^{\circ}C$ is
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View SolutionFor a reaction to be spontaneous at all temperatures,which of the following conditions must be satisfied?
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