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Consider Substances That Exist as Liquids Under Standard State Conditions

Question 64

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Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.)


A) Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (l ) < Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (g) and Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (l ) < Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (g)
B) Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (l ) <Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (g) and Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (l ) > Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (g)
C) Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (l ) > Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (g) and Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (l ) > Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (g)
D) Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (l ) > Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (g) and Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (l ) < Consider substances that exist as liquids under standard state conditions. What must be the relationship between the enthalpy and free energy of formation for the liquid and the gaseous form of such a substance? (Read < as more negative and > as less negative.) A) (l ) < (g) and (l ) < (g) B) (l ) < (g) and (l ) > (g) C) (l ) > (g) and (l ) > (g) D) (l ) > (g) and (l ) < (g) E) No strict relationship between these values applies. (g)
E) No strict relationship between these values applies.

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