please answer all parts for a great rating!!

(these are equations to help answer questions)

1)

General: General formulae. These should be your happy place. Wp - y = - SpexedV (P-V work for close system) AU = q + W (first law) dU = dq + dw (differential form of the first law) HEU + PV (Enthalpy) Different possible changes in state include Free Expansion occurs when Pext = 0. Reversible work means the system is always at equilibrium or that Pext = Psys Isothermal means the temperature is constant. (dt = 0) Isochoric means constant volume (dV = 0) Isobaric means constant pressure (dP = 0) When phase changes or chemical reactions at standard conditions involving an ideal gas and either a liquid or solid occur, one may assume that the volume of the ideal gas is enough larger than the volume of the liquid or solid to allow you to ignore the volume of the liquid or the solid. Adiabatic means that no energy was transferred to or from the system as heat. Perfect Gas lets us know the following PV = nRT dU = nCymdt = dH = nCpmdT Com - Cym=R 3. Reversible Isobaric Process in a Perfect Gas. Suppose 0.100 mol of a perfect gas at 3.00 atm having Cve = 1.50 R independent of temperature undergoes the reversible isobaric expansion from 1.000 L to 2.000 L What is AP for an isochoric process? Derive an equation for an calculate work b. Calculate the initial and final temperature for this system. C. Derive an equation relating the change of internal energy to molar constant volume heat capacity and temperature. d. Derive an equation relating the change in enthalpy to the molar constant pressure heat capacity and temperature. e. Use the first law to relate energy transferred as heat to the change in Internal energy and work. Calculate q, AU and SH for this process