An SI, six-liter, V8 race car engine operate RPM using stoichiometric nitromethane. Fuel enters the engine at a rate of 0.198 kg/sec and combustion efficiency is 99%. Calculate: (a) Volumetric efficiency of engine. [%] (b) Flow rate of air into engine. [kg/sec] (c) Heat added per cycle per cylinder. [kJ] (d) Chemical energy from unburned fuel in the exhaust. [kW]
An SI, six-liter, V8 race car engine operate RPM using stoichiometric nitromethane. Fuel enters the engine at a rate of 0.198 kg/sec and combustion efficiency is 99%. Calculate: (a) Volumetric efficiency of engine. [%] (b) Flow rate of air into engine. [kg/sec] (c) Heat added per cycle per cylinder. [kJ] (d) Chemical energy from unburned fuel in the exhaust. [kW]
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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![2-16. An SI, six-liter, V8 race car engine operates at WOT on a four-stroke cycle at 6000
RPM using stoichiometric nitromethane. Fuel enters the engine at a rate of 0.198 kg/sec
and combustion efficiency is 99%.
Calculate: (a) Volumetric efficiency of engine. [%]
(b) Flow rate of air into engine. [kg/sec]
(c) Heat added per cycle per cylinder. [kJ]
(d) Chemical energy from unburned fuel in the exhaust. [kW]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F325df85d-2a98-4fab-91cb-648f5ddb8a0e%2F17cd6129-20dc-4678-8bf2-c9dd19ea0512%2Fkc6cexn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2-16. An SI, six-liter, V8 race car engine operates at WOT on a four-stroke cycle at 6000
RPM using stoichiometric nitromethane. Fuel enters the engine at a rate of 0.198 kg/sec
and combustion efficiency is 99%.
Calculate: (a) Volumetric efficiency of engine. [%]
(b) Flow rate of air into engine. [kg/sec]
(c) Heat added per cycle per cylinder. [kJ]
(d) Chemical energy from unburned fuel in the exhaust. [kW]
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