Accepted
at 5:10 p.m. Feb, 16, 2024
by
Michael_B
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Brian_BH/02.12.24-02:13AM
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Brian_BH
Rationale for change
QID: 403447.
Question requires the explicit recall of this equation to be able to select the appropriate answer, based on a given G and K.
No changes in fields
Text
Give the Gibbs Free Energy equation under standard conditions that uses the equilibrium constant Keq
{{c1::\(\Delta G^{\circ}_{rxn} = -RTln(K_{eq})\)}}
Extra
\(\Delta G^{\circ}<0\), \(K>1\)
\(\Delta G^{\circ}>0\), \(K<1\)
\(\Delta G^{\circ}=0\), \(K = 1\)
Photo Credit: Stephjc, Public domain, via Wikimedia Commons
YouTube Link
Khan Academy Link
ΔGº = standard change in Gibbs free energy
R = universal Gas Constant, 8.314 \(\frac{J}{K•mol}\)
T = temperature in Kelvin
\(\Delta G^{\circ}<0\), \(K>1\)
\(\Delta G^{\circ}>0\), \(K<1\)
\(\Delta G^{\circ}=0\), \(K = 1\)
Photo Credit: Stephjc, Public domain, via Wikimedia Commons
YouTube Link
Khan Academy Link
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