A sticking cycle is
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Exercise 4. Sterten Stirling Cycle
A sticking cycle is formed by two isotherms and two
alternating isochores, as shown below. The cy de us
assumed to be reversible; it is described in the motor
For this perfect gas,
direction by an
ideal
gas.
8 is assumed to be constant.
P
1. Depending
ratio
^
C
B
a
T₁
A
N
the
on
temperatures T₁ and To, the Compression
a = √₂ and n, R. and 8, establish the expression
Vi
expressions;
of the quantity of heat Qo, received by the system during a
reversible motor cycle.
67 the quantity of heat 22, released by the system during
eversible engine cycle.
c) the thermodynamic efficiency of this cycle.
2. What is the Expression of the field of the corresponding
reversible Carnot cycle (ile using sources whose temperatures.
are equal to the previous extreme temperatures)?
8. Compare the two grelds and a show that the direction
Inequality is independent of the numerical values of the parameters
the
of
a](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F888eb688-55d4-40e3-ab7a-60841f7abe45%2F7ab237c7-8573-45fd-af77-c665a7fb131e%2Feb7yd0e_processed.jpeg&w=3840&q=75)
Transcribed Image Text:d
012
Exercise 4. Sterten Stirling Cycle
A sticking cycle is formed by two isotherms and two
alternating isochores, as shown below. The cy de us
assumed to be reversible; it is described in the motor
For this perfect gas,
direction by an
ideal
gas.
8 is assumed to be constant.
P
1. Depending
ratio
^
C
B
a
T₁
A
N
the
on
temperatures T₁ and To, the Compression
a = √₂ and n, R. and 8, establish the expression
Vi
expressions;
of the quantity of heat Qo, received by the system during a
reversible motor cycle.
67 the quantity of heat 22, released by the system during
eversible engine cycle.
c) the thermodynamic efficiency of this cycle.
2. What is the Expression of the field of the corresponding
reversible Carnot cycle (ile using sources whose temperatures.
are equal to the previous extreme temperatures)?
8. Compare the two grelds and a show that the direction
Inequality is independent of the numerical values of the parameters
the
of
a
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