1. Calculate G for this reaction at 25C. ( 5 pts) 2. Calculate G for this reaction at 95C. (10 pts) 3. Aqueous solutions of FeCl3(40%w/v,3.50M) are available commercially for etching circuit boards. This concentration of Fe33 can be attained, at 25C, by dissolving sufficient Fe(NO3)3 into concentrated (12.0M)HCl without precipitating FeCl3; would heating the solution to 95C cause precipitation? (Ignore any volume increase to the HCl solution produced by the addition of the solid FeCl3.)(10pts) 1. Calculate G for this reaction at 25C. ( 5 pts) 2. Calculate G for this reaction at 95C. (10 pts) 3. Aqueous solutions of FeCl3(40%w/v,3.50M) are available commercially for etching circuit boards. This concentration of Fe33 can be attained, at 25C, by dissolving sufficient Fe(NO3)3 into concentrated (12.0M)HCl without precipitating FeCl3; would heating the solution to 95C cause precipitation? (Ignore any volume increase to the HCl solution produced by the addition of the solid FeCl3.)(10pts)