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A particulate control device has an efficiency which is a function of particle size, as follows: eff( dp) = 1/(1+( d50 / dp )^2), with d50 = 8.0 μm. If the above aerosol flows through the device, calculate the overall number collection efficiency, and the overall mass collection efficiency.
a centrifugal compressor delivers 20 kgs of air at 0.32 mnm2 when running at 17500 rpm and absorbing 2800 kw. the inlet
a car moves along a straight line starting from rest with an acceleration of 5 fts2 for 6 seconds then brakes with a
a thin-walled closed end cylindrical pressure vessel for jet fighter lubricant with spherical end caps is internally
steam enters an adiabatic turbine at 8 mpa and 520 degc with a volumetric flow rate of 0.8 m3s and exits at 30 kpa. the
Titanium in the BCC structure has a radius of 0.1423 nm.
a tank with a volume of 0.142 m3 is initially evacuated. the tank develops a small hole. air from the surroundings
an automobile having a mass of 2 mg travels up a 7 degree slope at a constant speed of v100 kmh. if mechanical friction
a carnot heat engine receives 1200 kj of heat per cycle from a high-temperature source at 925degc and rejects heat to a
Calculate the time rate of change dHB/dt of angular momentum about point B when the particle passes the bottom of the guide at C.
a ball is thrown so that the motion is defined by the equations x5t and y26t-4.9t2 where x and y are expressed in
a material element experiences 50 mpa compression in the x-direction 10 mpa tension in the y-direction and a negative
an ideal gas at 20 bar and 400 celcius is being fed into an adiabatic turbine to generate electricity at a rate of 278
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