Q8: A test carried out on a single cylinder, two. Stroke oil engine gave the following data:Cylinder bore = 200 mm, stroke 250mm, engine speed = 300 rpm, net brake torque 500N.mindicated mean effective Pressure = 4.9*105 N/m², fuel consumption = 5kg/min, Cooling water.rate of flow = 0.0666 kg/sec, temperature rise of cooling water-55k, specific heat capacity ofwater =4.1868 kj/kg.k.calculatethe mechanical efficiency, the specific fuel consumption, and draw up anenergy balance in kw. Answers [@ 81.6, 0.318 kg/kW.hr, © Qtotal = 61.1kw,-Qb.p = 15.7 Kw₂ & Cooling water = 15.35kw,Q Exhaust = 30.05 kw]

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Answered: Q8: A test carried out on a single…

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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Engine Type Four cylinder Four stroke Diesel engine, Bore: 0.073m, Stroke: 0.0889m Capacity : 1489cc, Power 36 H.P. at 4000 rpm, Torque: 8.5 kg.m at 2250 rpm and Compression Ratio :17.3:1 Explain how to measure the :- (i) Fuel consumption. Manometer readings for air flow. (iii) RPM, power output etc. (iv) Study of various components of diesel engine.
Engine Type: Single cylinder Four stroke Diesel engine, Bore: 0.0875m, Stroke: 0.11m Capacity: 661.5 cc, Power: 6 H.P. at 1500 rpm, Torque: 2.96 kg.m at 1500 rpm and Compression Ratio :17.5:1 Explain how to measure the :- Fuel consumption. Inclined manometer readings for air flow. RPM, power output etc. (iv) Study of various components of diesel engine. (ii)
ENGINE SPECIFICATIONS: Engine Type : Four cylinder Four stroke Diesel engine, Bore: 0.073m, Stroke: 0.0889m Capacity: 1489cc, Power: 36 H.P. at 4000 rpm, Torque : 8.5 kg.m at 2250 rpm and Compression Ratio :17.3:1 Explain how to measure the :- (i) Fuel consumption. (ii) (iii) Manometer readings for air flow. RPM, power output etc. Study of various components of diesel engine.
03/ A 4 cylinder has a following data Bore-15 cm; Piston speed 510 m/min; B.P= 60 kW; T0.80; Pa-5 bar; C.V=40000KJ/kg. Calculate i) whether this is 2 Stroke or 4 Stroke engine and why? 04/ Write a notes on heat balance sheet, draw that on the energy flow and enhance your answers with equations.
03/ A 4 cylinder has a following data Bore=15 cm; Piston speed 510 m/min; B.P= 60 kW; sch=0.80; P=5 bar; C.V-40000KJ/kg. Calculate i) whether this is 2 Stroke engine and why? or 4 Stroke
ENGINE SPECIFICATIONS: Engine Type: Single cylinder Four stroke Diesel engine, Bore: 0.0875m, Stroke: 0.11m Capacity: 661.5 cc, Power: 6 H.P. at 1500 rpm, Torque: 2.96 kg.m at 1500 rpm and Compression Ratio :17.5:1 Explain how to measure the :- (i) Fuel consumption. (ii) Inclined manometer readings for air flow. (iii) RPM, power output etc. (iv) Study of various components of diesel engine.
The Brake Specific Fuel Consumption of an Otto engine (typical of a gasoline engine) is 0.281 kg .mechanical efficiency is 91 %, Dkw hr compression ratio is 11.5, Higher Heating Value of the fuel is Determine the indicated kg fuel engine efficiency. 32.85 % 36.1 % 57.9 % 62.35 %
I need the answer ASAP please
Engine Type Four cylinder Four stroke Diesel engine, Bore: 0.073m, Stroke: 0.0889m Capacity: 1489cc, Power: 36 H.P. at 4000 rpm, Torque : 8.5 kg.m at 2250 rpm and Compression Ratio :17.3:1 Explain how to measure the :- (i) Fuel consumption. (ii) (iii) RPM, power output etc. (iv) Study of various components of diesel engine. Manometer readings for air flow.
Question: Please compute the compression ratio of an engine that has a bore of 5 inches and a stroke of 5 inches when the volume at the combustion chamber is 16.36 cubic. in. with the piston at TDC. Please provide a complete solution. Thak you!
For THERMODYNAMICs
A company provides engine specification of its engine listed below. Engine type 6 Cylinder in-line BlockI Cast Iron Head Cast Aluminum Number of valves 12 Power (KW) 89 Torque Nm @ rpm 170 @ 5500 Bore (mm) (6.80x10^1) Stroke (mm) (7.2000x10^1) Compression ratio (1.2000x10^1):1 Weight (Kg) 78 Fuel System High pressure direct injection with 6 hole injectors Find the engine displacement of this engine.

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