With reference to the below figure, calculate the following for 1 mole of a real gas...

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With reference to the below figure, calculate the following for 1 mole of a real gas with Cv.m (3/2)R, Cp.m-2.5 R, and a-18.6 bar L² mol² following RT a p= Vm V²² Understand that step DA is isothermal. Note: steps c-e cannot necessarily be done sequentially (i.e. you may have to do parts of e first before c). a. The temperature at each point b. The work (w) done along the paths ABD and ACD, and the isotherm DA (in kJ) P(bar) c. 1.5 D 5.75 The heat (g) change for each of the three paths (in kJ). d. The Energy (AU) change for each of the three paths (in kJ). The Enthalpy (AH) change for each of the three paths (in kJ). V(L) B 10 With reference to the below figure, calculate the following for 1 mole of a real gas with Cv.m (3/2)R, Cp.m-2.5 R, and a-18.6 bar L² mol² following RT a p= Vm V²² Understand that step DA is isothermal. Note: steps c-e cannot necessarily be done sequentially (i.e. you may have to do parts of e first before c). a. The temperature at each point b. The work (w) done along the paths ABD and ACD, and the isotherm DA (in kJ) P(bar) c. 1.5 D 5.75 The heat (g) change for each of the three paths (in kJ). d. The Energy (AU) change for each of the three paths (in kJ). The Enthalpy (AH) change for each of the three paths (in kJ). V(L) B 10