a. A piston-cylinder device which containing air undergoes a cycle that made up of three processes as shown in Figure 1. The relationship for adiabatic process is given as PV* = C, where & is the specific heat ratio. If the air is an ideal gas with a mass of 0.5 kg and specific heat constant is assumed, calculate the heat transfer for each of the process (in kJ). Data for air: P Co=1.00 kJ/ /kg-K kair = 1.4 Isothermal 100 kPa- Adiabatic 0.002 m² 0.02 m² Figure 1 P-V diagram of the cycle

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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a. A piston-cylinder device which containing air undergoes a cycle that made up
of three processes as shown in Figure 1. The relationship for adiabatic process
is given as PV* = C, where & is the specific heat ratio. If the air is an ideal gas
with a mass of 0.5 kg and specific heat constant is assumed, calculate the heat
transfer for each of the process (in kJ).
Data for air:
cv = 1.00k/kg. K
Kair = 1.4
Isothermal
100 kPa-
Adiabatic
0.002 m³
0.02 m²
Figure 1 P-V diagram of the cycle
Transcribed Image Text:a. A piston-cylinder device which containing air undergoes a cycle that made up of three processes as shown in Figure 1. The relationship for adiabatic process is given as PV* = C, where & is the specific heat ratio. If the air is an ideal gas with a mass of 0.5 kg and specific heat constant is assumed, calculate the heat transfer for each of the process (in kJ). Data for air: cv = 1.00k/kg. K Kair = 1.4 Isothermal 100 kPa- Adiabatic 0.002 m³ 0.02 m² Figure 1 P-V diagram of the cycle
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