Q.4urDuring the trial of a single-cylinder, four-strok oll engine, the followingtesults were obtained.Cylinder diametaStrokeMean effective pressureTorqueSpeedOil consumptionCalorific value of fuelCooling water flow rateAir used per kg of fuelRise in cooling water tamperat ureTemperature of exhaust gaWNRoom tamperat ureMean spedfie beat of exhoust gwSpecifie heat of water20 an40 am6 bar407 Nm250 rpm1 kg/h13 MJ/kg1.5 kg/min30 kg45 "C120 C20 °CI kI/kg KL.I8 kJ/kg KFind the ip.bp and draw upa heat balane sheet for the test in kl/h.

To find: The Indicated and break power and also draw heat balance sheet. Given: The diameter of…

anDuring the trial of a single-cylinder, four-stroke oil engine, the following results were obtained. Cylinder diameter Mean effective pressure Torque Speed 4 kg/h Oil consumption Calorific value of fuel Cooling water flow rate 4.5 kg/min 30 kg Air used per kg of fuel Rise in cooling water temperature Temperature of exhaust gases Room temperature Mean specific heat of exhaust gas Specific heat of water 4.18 kJ/kg K Find the ip, bp and draw up a heat balance sheet for the test in kl/h. = =

anDuring the trial of a single-cylinder, four-stroke oil engine, the following results were obtained. Cylinder diameter Mean effective pressure Torque Speed 4 kg/h Oil consumption Calorific value of fuel Cooling water flow rate 4.5 kg/min 30 kg Air used per kg of fuel Rise in cooling water temperature Temperature of exhaust gases Room temperature Mean specific heat of exhaust gas Specific heat of water 4.18 kJ/kg K Find the ip, bp and draw up a heat balance sheet for the test in kl/h. = =

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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