a) Calculate the Gibbs free energy (AG) of above reaction (last two digit of your student number 10) C? b) Calculate the equilibrium constant of this reaction at (last two digit of your student number 10) C? A+ O AO AG-474100 - (last two digit of your student nunmber) T(1) A+X 0: AO AG-211700 -77,25 TU) Ba + % O: BO AG-386400 + 55,60 T () AOo + B20(g) = AOzp + B20 Some equations: (Some reminder equations for you to use in some questions) InyA = RT AHvaporarion A-A