It was found that the following redox reaction 2X (s) + 3y2+ (1.0 M) = 3Y(s) +2X3+ (1.0M) has K.6 * value of 1 x 10-5 at 25 C, based on this value it can be said that (abi 2.5) This redox reaction has a positive AG value, and negative Evalue thus the reaction favors products at .equilibrium This redox reaction has a negative AG' value and positive Evalue thus the reaction favors products at equilibrium This redox reaction has a positive AG value and positive Evalue thus the reaction favers reactants at equilibrium This redox reaction has a positive AG value and negative E value thus the reaction favors reactants at equilibrium