Correct relationship between heat of fusion \[(\Delta {{H}_{fus}})\], heat of vaporization \[(\Delta {{H}_{vap}})\] and heat of sublimation \[(\Delta {{H}_{sub}})\] is

\[\Delta {{H}_{sub}}=\Delta {{H}_{vap}}-\Delta {{H}_{fus}}\]

\[\Delta {{H}_{fus}}=\Delta {{H}_{vap}}+\Delta {{H}_{sub}}\]

\[\Delta {{H}_{vap}}=\Delta {{H}_{fus}}+\Delta {{H}_{sub}}\]

\[\Delta {{H}_{sub}}=\Delta {{H}_{vap}}+\Delta {{H}_{fus}}\]

Correct relationship between heat of fusion \[(\Delta {{H}_{fus}})\],

1.	Correct relationship between heat of fusion \[(\Delta {{H}_{fus}})\], heat of vaporization \[(\Delta {{H}_{vap}})\] and heat of sublimation \[(\Delta {{H}_{sub}})\] is
A.	\[\Delta {{H}_{fus}}=\Delta {{H}_{vap}}+\Delta {{H}_{sub}}\]
B.	\[\Delta {{H}_{vap}}=\Delta {{H}_{fus}}+\Delta {{H}_{sub}}\]
C.	\[\Delta {{H}_{sub}}=\Delta {{H}_{vap}}+\Delta {{H}_{fus}}\]
D.	\[\Delta {{H}_{sub}}=\Delta {{H}_{vap}}-\Delta {{H}_{fus}}\]
Answer» D. \[\Delta {{H}_{sub}}=\Delta {{H}_{vap}}-\Delta {{H}_{fus}}\]

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Correct relationship between heat of fusion \[(\Delta {{H}_{fus}})\], heat of vaporization \[(\Delta {{H}_{vap}})\] and heat of sublimation \[(\Delta {{H}_{sub}})\] is

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