Exercise 3 Brayton cycle. A Brayton cycle is made up of as shown and two isobars two alternating adia bats below. The cycle is assumed to be reversible, it is described in the motor direction an ideal Constant. Let by Numerical Application ! P Pa G α = gas. For this ideal gas, dis assumed to be Calculate the yield as a function of a and 8. Pa P₁ a = 8; 8 = 1.4 B A С

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Exercise 3 Brayton Cycle.
A Brayton Cycle is made up of two alternating adia buts
and two isobars
as shown
below. The cycle is assumed
to be reversible, it is described in the motor direction
by
an ideal gas
Constant. Let
gas. For this ideal gas, dis assumed to be
Calculate the yield as a
α =
Pa
P₁
function of a and 8.
82 1.4
Numerical Application?
P
Pa B
1
+
С
A
*
azq;
D
above
N
Sa
showing
Please answer this question step-wise
detailed Explanations, with diagrams of necessary.
Thanks in advanced !!!
Transcribed Image Text:Exercise 3 Brayton Cycle. A Brayton Cycle is made up of two alternating adia buts and two isobars as shown below. The cycle is assumed to be reversible, it is described in the motor direction by an ideal gas Constant. Let gas. For this ideal gas, dis assumed to be Calculate the yield as a α = Pa P₁ function of a and 8. 82 1.4 Numerical Application? P Pa B 1 + С A * azq; D above N Sa showing Please answer this question step-wise detailed Explanations, with diagrams of necessary. Thanks in advanced !!!
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