Solved

The Values of and Are Shown for the Following

Question 125

Multiple Choice

The values of  The values of   and   are shown for the following equilibrium reaction. What makes the equilibrium constant larger at low temperature?        \Delta H <sup> \circ </sup>= -58.02 kJ/mol,  \Delta S <sup> \circ </sup>= -176.5 J/mol . K A) The negative value of  \Delta H <sup> \circ </sup> is dominant at all temperatures. B) The negative value of  \Delta S <sup> \circ </sup> is dominant at all temperatures. C) The negative value of  \Delta S <sup> \circ </sup> is combined with the small value of T. D) The negative value of  \Delta H <sup> \circ </sup> is combined with the small value of T. and  The values of   and   are shown for the following equilibrium reaction. What makes the equilibrium constant larger at low temperature?        \Delta H <sup> \circ </sup>= -58.02 kJ/mol,  \Delta S <sup> \circ </sup>= -176.5 J/mol . K A) The negative value of  \Delta H <sup> \circ </sup> is dominant at all temperatures. B) The negative value of  \Delta S <sup> \circ </sup> is dominant at all temperatures. C) The negative value of  \Delta S <sup> \circ </sup> is combined with the small value of T. D) The negative value of  \Delta H <sup> \circ </sup> is combined with the small value of T. are shown for the following equilibrium reaction. What makes the equilibrium constant larger at low temperature?  The values of   and   are shown for the following equilibrium reaction. What makes the equilibrium constant larger at low temperature?        \Delta H <sup> \circ </sup>= -58.02 kJ/mol,  \Delta S <sup> \circ </sup>= -176.5 J/mol . K A) The negative value of  \Delta H <sup> \circ </sup> is dominant at all temperatures. B) The negative value of  \Delta S <sup> \circ </sup> is dominant at all temperatures. C) The negative value of  \Delta S <sup> \circ </sup> is combined with the small value of T. D) The negative value of  \Delta H <sup> \circ </sup> is combined with the small value of T.  The values of   and   are shown for the following equilibrium reaction. What makes the equilibrium constant larger at low temperature?        \Delta H <sup> \circ </sup>= -58.02 kJ/mol,  \Delta S <sup> \circ </sup>= -176.5 J/mol . K A) The negative value of  \Delta H <sup> \circ </sup> is dominant at all temperatures. B) The negative value of  \Delta S <sup> \circ </sup> is dominant at all temperatures. C) The negative value of  \Delta S <sup> \circ </sup> is combined with the small value of T. D) The negative value of  \Delta H <sup> \circ </sup> is combined with the small value of T.  The values of   and   are shown for the following equilibrium reaction. What makes the equilibrium constant larger at low temperature?        \Delta H <sup> \circ </sup>= -58.02 kJ/mol,  \Delta S <sup> \circ </sup>= -176.5 J/mol . K A) The negative value of  \Delta H <sup> \circ </sup> is dominant at all temperatures. B) The negative value of  \Delta S <sup> \circ </sup> is dominant at all temperatures. C) The negative value of  \Delta S <sup> \circ </sup> is combined with the small value of T. D) The negative value of  \Delta H <sup> \circ </sup> is combined with the small value of T. Δ\Delta H \circ = -58.02 kJ/mol, Δ\Delta S \circ = -176.5 J/mol . K


A) The negative value of Δ\Delta H \circ is dominant at all temperatures.
B) The negative value of Δ\Delta S \circ is dominant at all temperatures.
C) The negative value of Δ\Delta S \circ is combined with the small value of T.
D) The negative value of Δ\Delta H \circ is combined with the small value of T.

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Unlock this Answer For Free Now!

View this answer and more for free by performing one of the following actions

qr-code

Scan the QR code to install the App and get 2 free unlocks

upload documents

Unlock quizzes for free by uploading documents