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A direct injection, four-stroke, six cylinder Diesel engine has 10L if displacement volume. Bore and stroke dimensions are 125mm and 136mm, respectively. The engine was designed to deliver 184 HP at 2100 RPM. Calculate the air flow rate (g/s) when piston speed is 8 m/s and volumetric efficiency is 92%. Calculate the mass of fuel injected per cylinder, per cycle (mg).
a 50kg uniform box is held on an inclined surface by a horizontal rope which passes around a pulley. the coefficient of
a 15 scale model of centrifugal water pump was tested. the model pump has am impeller diameter of 10 cm and a rotation
a construction vehicle of mass 30 mg is used to unload sand in a horizontal line through a port on the bottom of the
the problem says that we have a 3-axis stabilized satellite with a power budget of 1500 watts for the communications
determine the radius of the crank r and the speed n of a slider crank mechanism used in a shaker table. it is required
A measurement system can be modelled by the equation given below, (5/8)y' +y=F(t). The output signal is initially steady at 5 V. The input signal is then suddenly increased to 8 V. Determine the response of the measurement system.
sketch the ewald sphere construction for the 200 diffraction with mo kalpha radiation and a poly crystalline specimen
in a certain process the working fluid is cooled until 200 btulbm has been extracted. during this process 200 btulbm is
air enters an insulated compressor operating at steady state at 1.05 bar 23 degrees c with a mass flow rate of 1.8 kgs
a 19th-century piston engine ran on steam. the steam supply is at 5 bar and 350oc. the steam discharges to the
identify the approximate values of each of the parameters listed below based on the graph.a yield strengthb tensile
Demonstrate application of advanced kinetic and kinematic concepts to various mechanisms both from a practical and theoretical context Recognise, Develop and Solve numerical problems related to kinetic and kinematic based mechanisms.
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