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Superheated steam at 400°C and saturated water with a quality of 40% enter a mixing chamber at a pressure of 100 kPa. What is the required ratio of mass flow rate of superheated steam to mass flow rater of saturated water if at the exit to the mixing chamber the water is saturated water vapor?
a random sample of 12 shearing pins is taken in a study of the rockwell hardness of the pin head. measurements on the
the two ends of a cylindrical rod of nickel 120.00 mm long and 12.000 mm in diameter are maintained rigid. if the rod
calculate the linear density atomsnm of atoms along the family of directions that lie within the 110 plane in i bcc
if the seat pocket diameter in a ball valve is 5.000 the seat seal ring to ball sealing diameter is 4.438 and the
superheated steam at 18 mpa. 560 degree c enters the steam turbine. the pressure at the exit of the turbine is 0.06 bar
consider a rankine cycle with a single regenerative feed-water heater. the steam enters the turbine at 30 bar 400c and
the motion of a particle is defined by the equations x10t-5sint and y10-5cost where x and y are expressed in feet and t
an ideal vapor compression refrigeration cycle with r-134a as the working fluid operates between the pressure limits of
mixture of saturated liquid and saturated vapor of substance water at 95oc enters steady flow adiabatic compressor and
air is adiabatically compressed in a non flow process from a pressure of 14.7 psia and temperature of 70 degrees to 200
My manufacturing processes professor gave us this question, and said we can use temperatures from our fridge, freezer, etc. I don't even know where to start on this problem, or end for that matter.
air at 80 degrees fahrenheit and 80 percent relative humidity is cooled to 51 degrees fahrenheit at a constant pressure
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