(e) Calculate the angular velocity of the gas mixture sing paddle wheel model of two- cylinder engine by assuming swirl ratio is 11. Use the following data: i. air to fuel ratio 8.8 ii. compressiom ratio-7.2 ii, volunetric efficiency77 iv. indicated thermal efficiency 33 v. mechanical efficiency55 vi. brake power 62000 j/sec vii. engine volmne 1000 cm3 vi. calorific value 45000 kj/m

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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(e) Calculate the angular velocity of the gas mixture sing paddle wheel model of two-
cylinder engine by assuming swirl ratio is 11. Use the following data:
i. air to fuel ratio 8.8
ii. compressiom ratio-7.2
ii, volunetric efficiency77
iv. indicated thermal efficiency 33
v. mechanical efficiency55
vi. brake power 62000 j/sec
vii. engine volmne 1000 cm3
vi. calorific value 45000 kj/m
Transcribed Image Text:(e) Calculate the angular velocity of the gas mixture sing paddle wheel model of two- cylinder engine by assuming swirl ratio is 11. Use the following data: i. air to fuel ratio 8.8 ii. compressiom ratio-7.2 ii, volunetric efficiency77 iv. indicated thermal efficiency 33 v. mechanical efficiency55 vi. brake power 62000 j/sec vii. engine volmne 1000 cm3 vi. calorific value 45000 kj/m
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