Take an ideal monatomic gas (y =) around the Carnot cycle, where TH = 600 K...

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Take an ideal monatomic gas (y =) around the Carnot cycle, where TH = 600 K and TL = 300 K. Point 1 at the beginning of the adiabatic compression has pressure P = Po (atmospheric pressure) and volume Vi = 50liters. Point 3 has a volume V3 = 75 liters. The resulting Carnot cycle is shown in Fig. P7-1. Calculate the values of volume and pressure at all four points, which have the same meaning as those in Fig. 7-8. %3D %3D Pressure P 2 FIGURE P7-1 An accurately drawn Carnot cycle for an ideal gas with the ratio V3/Vi = } Volume V Take an ideal monatomic gas (y =) around the Carnot cycle, where TH = 600 K and TL = 300 K. Point 1 at the beginning of the adiabatic compression has pressure P = Po (atmospheric pressure) and volume Vi = 50liters. Point 3 has a volume V3 = 75 liters. The resulting Carnot cycle is shown in Fig. P7-1. Calculate the values of volume and pressure at all four points, which have the same meaning as those in Fig. 7-8. %3D %3D Pressure P 2 FIGURE P7-1 An accurately drawn Carnot cycle for an ideal gas with the ratio V3/Vi = } Volume V