Describe the T-s diagrams accordingly by filling in the blanks. Use the sets of words given below for the correct description. reheat/ closed Ideal / Actual / vapour /cycle /Carnot/ Rankine/ Brayton/Ericsson/Stirling/regenerative/ open/with/a 1 4 TA 2 5 4s 4a TA 9in 2 qout pump.in High-pressure turbine 3 Reheating 6 Wurb,out Low-pressure turbine
Describe the T-s diagrams accordingly by filling in the blanks. Use the sets of words given below for the correct description. reheat/ closed Ideal / Actual / vapour /cycle /Carnot/ Rankine/ Brayton/Ericsson/Stirling/regenerative/ open/with/a 1 4 TA 2 5 4s 4a TA 9in 2 qout pump.in High-pressure turbine 3 Reheating 6 Wurb,out Low-pressure turbine
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
Related questions
Question
![Describe the T-s diagrams accordingly by filling in the blanks. Use the sets of words given below for the
correct description.
reheat/ closed
Ideal / Actual / vapour /cycle /Carnot/ Rankine/ Brayton/Ericsson/Stirling/regenerative/
open/with/a
Nino To C @ 4
2.
5.
6.
a
b
с
e
T
f
1
4
In a two-stage gas turbine plant, with reheating after the first stage
TA
25
decreases the thermal efficiencies.
increases the thermal efficiencies.
does not affect thermal efficiencies.
Decreases the work ratio.
increases the work ratio.
does not affect the work ratio.
equal.
unequal.
2
5
The ideal compressor work and turbine work in a jet-propulsion engine is
a
b
9in
2/
qout
Wpump.in
High-pressure
turbine
3
Reheating
6
Wturb,out
Low-pressure
turbine
с
not related to each other.
d
unpredictable
(a)
By writing an energy balance on the heat exchanger of a binary vapour power cycle, obtain a relation
for the exit enthalpy regarding the mass flow rates of two fluids in terms of the other enthalpies. Take the
topping cycle and bottoming cycle to enter the heat exchanger at states 1 and 3, respectively, with exit at
states 2 and 4, respectively. Use subscript 'A' for the topping cycle and 'B' for bottoming cycle. (b) State the
two assumptions considered for the expression.
What is the primary purpose of the binary power cycle?
Name two types and binary power cycles and describe them.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1970fad3-58f7-4bba-bf17-5b5d234e74be%2Fabc0cc29-a16c-4404-aea7-9ca1dbeb099e%2Fr4c8s2u_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Describe the T-s diagrams accordingly by filling in the blanks. Use the sets of words given below for the
correct description.
reheat/ closed
Ideal / Actual / vapour /cycle /Carnot/ Rankine/ Brayton/Ericsson/Stirling/regenerative/
open/with/a
Nino To C @ 4
2.
5.
6.
a
b
с
e
T
f
1
4
In a two-stage gas turbine plant, with reheating after the first stage
TA
25
decreases the thermal efficiencies.
increases the thermal efficiencies.
does not affect thermal efficiencies.
Decreases the work ratio.
increases the work ratio.
does not affect the work ratio.
equal.
unequal.
2
5
The ideal compressor work and turbine work in a jet-propulsion engine is
a
b
9in
2/
qout
Wpump.in
High-pressure
turbine
3
Reheating
6
Wturb,out
Low-pressure
turbine
с
not related to each other.
d
unpredictable
(a)
By writing an energy balance on the heat exchanger of a binary vapour power cycle, obtain a relation
for the exit enthalpy regarding the mass flow rates of two fluids in terms of the other enthalpies. Take the
topping cycle and bottoming cycle to enter the heat exchanger at states 1 and 3, respectively, with exit at
states 2 and 4, respectively. Use subscript 'A' for the topping cycle and 'B' for bottoming cycle. (b) State the
two assumptions considered for the expression.
What is the primary purpose of the binary power cycle?
Name two types and binary power cycles and describe them.
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