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3) Four cylinder, 3.5 liter SI engine operates on a four stroke cycle at 2500 rpm. At this condition, mechanical efficiency of the engine is 62% and 1000 J indicated work are produced each cycle in each cylinder. You are calculate: a) Indicate mean effective pressure, kPa b) Break mean effective pressure, kPa c) Friction mean effective pressure, kPa d) Break power in kW, hp e) Torque, N.m

3) Four cylinder, 3.5 liter SI engine operates on a four stroke cycle at 2500 rpm. At this condition, mechanical efficiency of the engine is 62% and 1000 J indicated work are produced each cycle in each cylinder. You are calculate: a) Indicate mean effective pressure, kPa b) Break mean effective pressure, kPa c) Friction mean effective pressure, kPa d) Break power in kW, hp e) Torque, N.m

Elements Of Electromagnetics
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
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3) Four cylinder, 3.5 liter SI engine operates on a four - stroke cycle at 2500 rpm. At this condition, mechanical efficiency of the engine is 62% and 1000 J indicated work are produced each cycle in each cylinder. You are calculate: a) Indicate mean effective pressure , kPa b) Break mean effective pressure, kPa c) Friction mean effective pressure, kPa d) Break power in kW, hp e) Torque, N.m
Transcribed Image Text:3) Four cylinder, 3.5 liter SI engine operates on a four - stroke cycle at 2500 rpm. At this condition, mechanical efficiency of the engine is 62% and 1000 J indicated work are produced each cycle in each cylinder. You are calculate: a) Indicate mean effective pressure , kPa b) Break mean effective pressure, kPa c) Friction mean effective pressure, kPa d) Break power in kW, hp e) Torque, N.m
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