Let S be a function of p and T. - Tds = CAT BTVDP (8 = = - = 1. With the relationship between U, H, G, A and P, V, and T (e.g., dH=Tds+VdP etc.) Start and show the establishment of the above equation. 2. According to this result, when the pressure increases by AP in an uncompressed liquid or solid, the energy increases by -BTVAP in the form of heat. Calculate the final temperature of mercury when the pressure is increased by 5.00 kbar for 1000 cm3 of mercury at 0C. ( = 1.82 x 10-4 K-1, M = 200.59 g/mol, p = 13.546 g/cm3, Cp,m = 27.98 J-K-1mol-1) =