For the change \[{{H}_{2}}O(l)\to {{H}_{2}}O(g);\,P=1\,atm\], \[T=373\,K\], the free energy change \[\Delta G=0\]. This indicates that

Water boils spontaneously at \[373\,K\]

\[{{H}_{2}}O(l)\] is in equilibrium with \[{{H}_{2}}O(g)\]

Water does not boil spontaneously at \[373\,K\]

Condensation of water vapour occurs spontaneously at \[373\,K\]

For the change \[{{H}_{2}}O(l)\to {{H}_{2}}O(g);\,P=1\,atm\], \[T=373\

1.	For the change \[{{H}_{2}}O(l)\to {{H}_{2}}O(g);\,P=1\,atm\], \[T=373\,K\], the free energy change \[\Delta G=0\]. This indicates that
A.	\[{{H}_{2}}O(l)\] is in equilibrium with \[{{H}_{2}}O(g)\]
B.	Water boils spontaneously at \[373\,K\]
C.	Water does not boil spontaneously at \[373\,K\]
D.	Condensation of water vapour occurs spontaneously at \[373\,K\]
Answer» B. Water boils spontaneously at \[373\,K\]

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For the change \[{{H}_{2}}O(l)\to {{H}_{2}}O(g);\,P=1\,atm\], \[T=373\,K\], the free energy change \[\Delta G=0\]. This indicates that

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