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A gaseous mixture consists of 75 % methane and 25 % ethane by mass. One million cubic feet of this mixture is trapped in a geological formation as natural gas at 300 degrees Fahrenheit and 2000 psia. This natural gas is pumped 6000 ft to the surface. At the surface, the gas pressure is 20 psia and its temperature is 200 degrees fahrenheit. Using Kay's rule and the enthalpy-departure charts, calculate the work required to pump this gas.
a mini motor bike for chidren is powered by a 4 hp single cylinder gasoline engine governed to run at a maximum of 2250
in a rigid tank water is heated by a benson burner while being stirred by a paddle wheel. initially the internal energy
air at a temperature of -7c and 1 atm pressure flows along a flat surface an idealized airfoil at a constant velocity
it is desired to design a system to keep a 1-million-galon capacity water tank filled. the plan is to use a centrifugal
the piston-cylinder assembly shown in the figure is fitted with a linear spring. the spring constant is k 15 knm and
a 25-hp 240-v 77.8-a shunt motor has an armature resstence of 0.083 ohms and a field-circuit resistance of 125 ohms.
the thickness of a set of gaskets varies because of random manufacturing disturbances but the thickness values measured
a construction crew lifts approximately 560 lb of material several times during a day from a flatbed truck to a 32 ft
Superheated water vapour at 180 psia and 500 degrees Farenheit is allowed to cool at a constant volume until the temperature drops to 250 degrees Farenheit. At the final state, determine
find the transfer function for the following impulse responsefind the transfer function for the following impulse
five kilograms of water at saturated liquid phase fills in a piston-cylinder device at 150oc. the device is now heated
consider a non-ideal vapor-compression cycle where refrigerant 134a flows at a rate of 0.05 kgs. the refrigerant enters
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