Shown in the figure below is the cycle undergone by a Refrigerator. Your fridge runs using 22.60 moles of polyatomic Methane gas. At point a in the figure, the temperature is T, 434 Kelvin and the pressure is P, 116000 Pascals. During the process a-b, the Volume of the system Triples. P Cy= Cp= STATE P (Pa) a b C PROCESS a-b b-c c-a Total Qnot Qcold Joules/(mole - K); Joules/(mole K); W (3) isothermal V (m³) Q (3) Joules; Joules; Performance Coefficient = T (K) b AU (3)
Shown in the figure below is the cycle undergone by a Refrigerator. Your fridge runs using 22.60 moles of polyatomic Methane gas. At point a in the figure, the temperature is T, 434 Kelvin and the pressure is P, 116000 Pascals. During the process a-b, the Volume of the system Triples. P Cy= Cp= STATE P (Pa) a b C PROCESS a-b b-c c-a Total Qnot Qcold Joules/(mole - K); Joules/(mole K); W (3) isothermal V (m³) Q (3) Joules; Joules; Performance Coefficient = T (K) b AU (3)
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Transcribed Image Text:Shown in the figure below is the cycle undergone by a Refrigerator. Your fridge runs using 22.60 moles of polyatomic Methane gas. At point a in the figure, the temperature is Ta = 434 Kelvin and the pressure is Pa = 116000 Pascals. During the process a→b, the Volume of the system Triples.
P
Cv =
Cp =
Y =
STATE
a
b
с
PROCESS
a-b
b→c
c-a
Total
a
P (Pa)
Joules/(mole. K);
Joules/(mole. K);
W (J)
isothermal
V (m³)
Q (J)
Qhot =
Joules;
Joules;
Qcold =
Performance Coefficient =
T (K)
b
AU (J)
V
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