Question

For the autoionization of water, a constant named for this state is approximately equal to 10-to-the-minus-14. For 10 points each:
[10e] Identify this state of a reaction with the same forward and backward rates, meaning it exhibits no net change.
ANSWER: equilibrium [accept equilibrium constant]
[10m] The change in this quantity for a reaction can be calculated as minus RT times the natural log of the equilibrium constant. The change in this quantity can also be calculated as delta-H minus T delta-S.
ANSWER: Gibbs free energy [accept change in Gibbs free energy; prompt on G or delta-G or change in free energy]
[10h] This equation can be used to determine the equilibrium constant’s dependence on temperature, as this equation states the derivative of K-eq (“K-e-q”) with respect to temperature equals the standard enthalpy change over R T-squared.
ANSWER: van ‘t Hoff equation
<Chemistry>

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Summary

2024 ACF Fall at CornellfallY913.33100%22%11%
2024 ACF Fall at Ohio StatefallY816.2588%75%0%
2024 ACF Fall at WashingtonfallY613.3383%50%0%
2024 ACF Fall at GeorgiafallY1112.7373%46%9%
2024 ACF Fall at North CarolinafallY913.3389%44%0%
2024 ACF Fall at Claremont CollegesfallY522.00100%100%20%
2024 ACF Fall at RutgersfallY816.2588%75%0%

Data

Alabama AVanderbilt A1010020
Georgia Tech BMissisippi State100010
Georgia Tech BMissisippi State1001020
Georgia Tech BAuburn C1001020
Georgia Tech BAuburn C100010
Emory OxfordEmory A1010020
Georgia Tech AFurman1010020
Georgia Tech CBelmont1010020
Georgia Tech DTennessee A0000
Georgia Tech BMissisippi State1010020
Georgia Tech BMissisippi State10101030
Georgia Tech BAuburn C10101030
Georgia Tech BAuburn C1010020
Georgia Tech EMississippi State A100010
South Carolina BSouthern100010
Clemson BTennessee B0000
Auburn BVanderbilt B0000