Question: Mi and Yr are elements commonly found together in ore deposits on planet Utopia, often as pure metals, but also as ions (Mitag and Yr2+aq) in the liquid water bodies that are present. As these metals react with water and gases in the atmosphere, they often oxidize to form sulfate, carbonate, or metal oxide phases. Let's use thermodynamics to better understand these interesting geochemical/ mineralogical systems. Based on the balanced full redox reaction above with Yr metal on the left (reactant) and Mi metal on the right (product), Yr(st_+ 2Mittag) 2 Mi(s) + Yr2tlag) AS = -135.01 J for the reaction at standard state conditions. V= 18.43 cm/mol for the reaction at standard state conditions. AH= -158.39 kJ for the reaction at standard state conditions. a. Sketch a P-T diagram showing where the two sides of the reaction lie in P-T space. You don't need to calculate the equation of the line or absolute values; the orientation (direction) of the line and the placement of the phases need to be correct. Explain how you used thermodynamic data to sketch this graph. P T b. Is this reaction endothermic or exothermic? Explain how and why the temperature of the surrounding environment will change as this reaction occurs