Develop a computer code (you can use any platform of your choice; MATLAB, C, Python,Excel etc.) that can simulate a constant volume combustion cycle. Use the programming flow explained inclass notes (lecture 7, pages 11-12).Input parameters:Compression ratio: 10 and 14.Exhaust pressure, Pe: 100 kPaManifold (inlet) temperature, Ta: 290 KHeat input: 2600 kJ/kg.Assume an ideal cycle with isentropic expansion and compression. Requirement: Develop a computer code (you can use any platform of your choice; MATLAB, C, Python,Excel etc.) that can simulate a constant volume combustion cycle. Use the programming flow explained inclass notes (lecture 7, pages 11-12).Input parameters:Compression ratio: 10 and 14.Exhaust pressure, Pe: 100 kPaManifold (inlet) temperature, Tạ: 290 KHeat input: 2600 kJ/kg.Assume an ideal cycle with isentropic expansion and compression.Deliverables (minimum)- The program file – original matlab, C, Excel ete file (size less than 10 MB).- A report (single pdf file with a size less than 10 MB) consisting of:o Plots of volumetric efficiency vs P/Pe, indicated fuel conversion efficiency vs P/Pe, exhaustresidual fraction vs P:/Pe, exhaust temperature vs P:/Pe for two different values of compressionratio (re = 10 and re = 14)where P; is inlet pressure with values 50 kPa, 75 kPa, 100 kPa, 125 kPa, 150 kPa. Note thatthe last two values indicate supercharged operation.o Discussion of the resultsYou are free to present other interesting results and discuss them. Typical Cyele Analyn'sInput perametesPiinlet pres ueTamanibld Linlet) temprePe -exhauft pregindBinTs (mar.teup)or{xr, Tecrerot. AssmeXr) rdTe.. Colculate TmeTi• Work though he yle, calmlenteメr cne を.Te, new - Te,oldTe,mewChech ifくもPL°リメメ)ril cot rqent!

Here is the program using MATLAB.....tried to explain it with different values.....

Answered: Develop a computer code (you can use…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Develop a computer code (you can use any platform of your choice; MATLAB, C, Python,
Excel etc.) that can simulate a constant volume combustion cycle. Use the programming flow explained in
class notes (lecture 7, pages 11-12).
Input parameters:
Compression ratio: 10 and 14.
Exhaust pressure, Pe: 100 kPa
Manifold (inlet) temperature, Ta: 290 K
Heat input: 2600 kJ/kg.
Assume an ideal cycle with isentropic expansion and compression.