Considering the concepts besides this problem, identify the thermodynamic process that occurs in the system using the PV diagram of an argon below. Answer: Adiabatic 6.0 Pa- 2.0 Pa 0.01 m³ 0.04 m³ Adiabatic Process Recall that an adiabatic process is characterized by zero net heat flow into or out of a system (Q=0). Heat flow can be prevented by either surrounding the system with thermally insulating material or by carrying out the process so quickly that there is negligible time for heat flow to happen. The PV diagram of an adiabatic process is shown in Figure 5. Notice how the system crosses two isotherms. This indicates that temperature changes may occur during an adiabatic process, aside from changing pressure and volume of the system. In the case shown in figure 5, the system expands as it cools down adiabatically. P1 1 (P₂. V₂) W (P₂- V₂) V (m³)

Considering the concepts besides this problem, identify the thermodynamic process that occurs in the system using the PV diagram of an argon below. Answer: Adiabatic 6.0 Pa- 2.0 Pa 0.01 m³ 0.04 m³ Adiabatic Process Recall that an adiabatic process is characterized by zero net heat flow into or out of a system (Q=0). Heat flow can be prevented by either surrounding the system with thermally insulating material or by carrying out the process so quickly that there is negligible time for heat flow to happen. The PV diagram of an adiabatic process is shown in Figure 5. Notice how the system crosses two isotherms. This indicates that temperature changes may occur during an adiabatic process, aside from changing pressure and volume of the system. In the case shown in figure 5, the system expands as it cools down adiabatically. P1 1 (P₂. V₂) W (P₂- V₂) V (m³)