Protein a binds to protein b to form a complex, ab: a + b ab a cell contains an equilibrium mix of protein a at a concentration of 1 µm, protein b at a concentration of 1µm, and the complex ab also at 1 µm. a. what is the equilibrium constant, keq, for the reaction a + b ab? b. what would the equilibrium constant be if a, b, and ab were each present in equilibrium at a concentration of 1 nm? c. at this lower concentration, about how many extra hydrogen bonds would be needed to hold a and b together tightly enough to form the same proportion of the ab complex? note: free energy change is related to the equilibrium constant by the equation ∆go = -2.3 rt log k, where r is 1.98 x 10-3 kcal/k mole) and t is 310 k.
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Chemistry, 22.06.2019 04:50, shonnybenskin8
Compare the equilibrium constants for the systems shown in the table. which favors products the most? which favors products the least? rank these systems in order from most to least in terms of favoring products rather than reactants. d > b > a > c c > a > b > d b > c > d > a a > d > c > b
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Chemistry, 22.06.2019 14:30, amylumey2005
How can carbon move from "land" to bodies of water? describe the way human impact has lead to increased levels of co2 in the atmosphere.
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Protein a binds to protein b to form a complex, ab: a + b ab a cell contains an equilibrium mix o...
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