At the beginning of compression in a diesel cycle T= 300 K, P= 200 kPa an after combustion (heat addition) is complete T= 1500 K and P= 7.0 MPa. Fi he compression ratio, the thermal efficiency and the mean effective pressure

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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FILL THE TABLE FOR THE ANSWER. CREATE TABLE ALSO SHOWING THE ANSWER THANK YOU

STATE POINTS
P [kPa]
T[°C]
T[K]
v [m^3/kg]
s [kJ/kg-K]
u [kJ/kg]
1- Compression In
2 - Combustion Begins
3 - Expansion Begins
4 - Expansion Ends
5 - Compression In
Transcribed Image Text:STATE POINTS P [kPa] T[°C] T[K] v [m^3/kg] s [kJ/kg-K] u [kJ/kg] 1- Compression In 2 - Combustion Begins 3 - Expansion Begins 4 - Expansion Ends 5 - Compression In
At the beginning of compression in a diesel cycle T= 300 K, P = 200 kPa and
after combustion (heat addition) is complete T= 1500 K and P = 7.0 MPa. Find
the compression ratio, the thermal efficiency and the mean effective pressure.
Transcribed Image Text:At the beginning of compression in a diesel cycle T= 300 K, P = 200 kPa and after combustion (heat addition) is complete T= 1500 K and P = 7.0 MPa. Find the compression ratio, the thermal efficiency and the mean effective pressure.
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