For a certain phenomenon occurring in water, this quantity equals approximately 10 to the minus 14 at room temperature.
For a certain phenomenon occurring in water, this quantity equals approximately 10 to the minus 14 at room temperature. The logarithms of these quantities are proportional to changes in Gibbs free energy. ICE tables are a bookkeeping method used in computing these quantities. Solid and inert reagents do not affect these quantities, which are equal to the ratio of the forward and reverse rate constants. They are approximately computed using the law of mass action and qualitatively evaluated using Le Chatelier's principle. For 10 points, name these constants, which indicate the degree to which a reaction will proceed before its namesake state is reached.
For a certain phenomenon occurring in water, this quantity equals approximately 10 to the minus 14 at room temperature.
equilibrium constant [accept Keq; accept Kw; prompt on “reaction quotient”; prompt on “dissociation constant”] &lt;DSteinberg&gt;