The compression ratio of an engine working on the constant volume cycle is 9.3. At the beginning of compression, the temperature is 31°C and at the end of combustion the temperature is 1205°C. Taking the compression and expansion process to be adiabatic and the value of k as 1.4. Determine the following
The compression ratio of an engine working on the constant volume cycle is 9.3. At the beginning of compression, the temperature is 31°C and at the end of combustion the temperature is 1205°C. Taking the compression and expansion process to be adiabatic and the value of k as 1.4. Determine the following
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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The compression ratio of an engine working on the constant volume cycle is 9.3. At the
beginning of compression, the temperature is 31°C and at the end of combustion the
temperature is 1205°C. Taking the compression and expansion process to be adiabatic and
the value of k as 1.4. Determine the following
a. T2. 741.7657 K
b. T4. 605.733 K
c. Thermal Efficiency. 59.02%

Transcribed Image Text:1. The compression ratio of an engine working on the constant volume cycle is 9.3. At the
beginning of compression, the temperature is 31°C and at the end of combustion the
temperature is 1205°C. Taking the compression and expansion process to be adiabatic and
the value of k as 1.4. Determine the following
a. T2. 741.7657 K
b. T4. 605.733 K
c. Thermal Efficiency. 59.02%
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