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At the beginning of the compression process in an ideal Otto cycle air is at 95 KPa ,27 degree c ,and the temperature at the end of the compression process is 416 degree c .1600 kJ/kg of heat is transferred to the air during the heat addition process.Find the net work produced for the cycle and determine the compression ratio and the thermal efficiency.
On a single graph, plot "Hardness" as the ordinate versus "Aging Time" as the abscissa for each aging temperature - Discuss the effect of aging time and temperature on the effect of material hardness.
using the general form of the reynolds transport theorem derive the equation of conservation of linear momentum for a
non-equilibrium statistical treanor distribution for vibrationally excited molecules. based on the non-equilibrium
refrigerant 134a at 10 bars 38oc flows at 10.0 kgs through a heat exchanger leaving at 9.0 bars and 80oc. it exchanges
a small town has a peak power requirement of 150 kw. a plant is created using the regenerative cycle. the energy can be
Derive eulers equation 1- Derive. From first principles eulers equation from the rate of change of momentum 2- Show by integration how Eulers equation derives Bernoullis equation
a syringe has diameter d 4 cm and its piston is pressed with the force f 30 n. find the maximum velocity of the water
during a constant-pressure process it is found that the change in entropy is equal to 0.25cp. if the cp is constant and
carbon dioxide gas enters a pipe at 3.1 mpa and 520 k at a rate of 1.71 kgs. the co2 is cooled at a constant pressure
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 3000-lb car accelerates under constant power from 60 mileh to 90 mileh on a 0.25 mile straight level test track.
a u manometer reads 20 cm air as operating fluid and a given manometric fluid. a single branch closed tube reads 35 cm
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