Calculate the value of A,G for this reaction at 25°C when the concentration silver ions is 59.7 μM and the concentration

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Calculate the value of A,G for this reaction at 25°C when the concentration silver ions is 59.7 μM and the concentration of carbonate ions is 17.6 μM. Given the following: Ag, CO, (s) 2 Ag+ (aq) + CO² (aq) Kg = 8.1 x 10-12 Be careful. Wait to do any rounding until the very end. Report at least 3 significant figures. A,G (kJ/mol) Evaluate 10) Equilibrium Concentration Calculate the equilibrium concentrations for the following reaction when the 0.200 mol of H₂S is placed in an empty 1.00 L container. (This one will be hard to solve by hand. It is possible to solve it by successive approximations if you simplify it to a converging function. It might be better to use an online tool once you find the expression) 2 H₂S(g) 2 H₂(g) + S₂(g) K = 4.2 x 106 at 1100 K [H₂S]eg in M [H₂Jeg in M [S₂ Jeg in M Evaluate 11) Equilibrium Concentration Consider the reaction 2 CO₂(g) 2 CO(g) + O₂(g) In one equilibrium mixture [CO₂] = 0.18 M. [CO] = 0.35 M. [0₂] = 0.29 M. If the concentrations are changed so that [CO₂] = 0.30 M. [CO] = 0.18 M, [0₂] = 0.29 M. what will be the new equilibrium concentrations? (This one will be hard to solve by hand. It is possible to solve it by successive approximations if you simplify it to a converging function. It might be better to use an online tool) [CO₂Jeg in M [CO]g in M [0₂ leg in M Evaluate 12) Equilibrium Concentration -/1 points With initial concentration of 4.13 M A and 4.13 MB (and no C), what is the equilibrium concentration of C for the following reaction? A+B 2C K = 93.4 [A]eg in M eg in M [C]eg in M Evaluate