Please solve part G,H, and I g)Starting from vi = 50 cm3/mol and Ti = 399 K, the molar volume of anideal gas is reduced isobarically by 31%. What is the temperature T2 (in K)?h)Volumetric work is added to and heat is removed from a closed system.This reduces the temperature by 40 K.Technical work is added to astationary, open system and the same amount of lremoved as in the closedsystem. The temperature change is also identical. What is the difference inamount between the volume change and the technical work (in J/kg)?i)A stationary adiabatic flow process emits wr,12 = 222 kJ/kg and has adissipation of wi,12,diss = 36 kJ/kg. What is the isentropic exponent of theworking medium that is cooled from T1 = 379 K to T2 = 215 K? In this task, various ideal gases are considered. If no other information is given, the specific gasconstant R = 265.0 J/(kg K). Unless otherwise stated, all changes of state ebe regarded asquasi-static and take place in a closed system. All parts of the task de solved independently ofeach other. Indices indicate the initial state (index 1) and the final state (index 2). Thegeneral gas constant Rm = 8.314462 J/(mol K) applies to the entire task.Hint:- Round the results to three decimal places (e.g. 58.189 or 0.015).a)An ideal gas with p = 2201.7 mbar and T = 17.0 K is in a container with avolume of V = 750 cm3 . What quantity of substance (in mol) is in thecontainer?b)What is the pressure p2 (in kPa) after an isothermal change of state (T =279.4 K), in which a specific volume of vi = 0.08 m3/kg is initially present and|912 | = 121 kJ/kg specific heat is dissipated?c)Three ideal gases were mixed in a closed container. The mixture has apressure of p = 4.1 bar, the mole fraction of component 1 is bi = 0.4 andthe partial pressure of component 3 is p = 2.255 bar. What vailbe thepressure (in bar) that would prevail if component 2 occupied the entirecontainer alone (components 1 and 3 wereremoved from the container)?An ideal gas (Ti = 550 K, vi = 1.91 m3/kg, K = 1.4) is adiabatically andreversibly compressed to a pressure of p = 392 kPa. What is then thespecific volume (in m3/kg)?d)e)A dgnedium is to be selected for the design of a heat exchanger with adiabaticexternal walls. Since the installation space is limited, the mass flow of thecold gas is only one tenth of the warm mass flow. Nevertheless, the warmmass flow is to be cooled by 210 K, while the cold mass flow is heated by 51K. The mass flow of the cold gas is to be cooled by the same amount. Whatmust be the ratio of the isobaric ltapacities Cp,kalt /Cp,warm ?f)Two stationary flow processes are coupled and the given technical work ofa reversible isochoric pressure reduction from pi = 3.5 MPa to p = 2.1MPa at v = 0.4 m3/kg becomes 95% of an isochoric pressure reduction.tropical compression (3 4) is added. What is the pressure ratio p4 /p ?3achieved during isentropic compression (t3 = 205.7 , K = 1.41)?

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g) Starting from vi = 50 cm3/mol and T = 399 K, the molar volume of an ideal gas is reduced isobarically by 31%. What is the temperature T2 (in K)?