. Imagine a one-step reaction with a large rate constant (k) and a small equilibrium constant (K) at a particular temperature. Which statement about this reaction must be INCORRECT? a) This reaction must reach equilibrium quickly but nonetheless be reactant favoured at equilibrium. b) This reaction's products must be more thermodynamically stable than its reactants. c) This reaction must have a small activation energy (E.) in the forward direction. d) This reaction must have a large positive standard Gibbs' free energy
