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Starting out a trip from a mountain, you inflate the tires on your car to a pressure of 321kPa (Pi) when the temperature is -5C. You drive to the beach, where the temperature is 28C . a)what is the final pressure (Pf) in the tires, assuming constant volume? Assume that the air behaves as an ideal gas and that the number of moles (N) in the tires is constant. ignore expansion of the tire.
the diffusion constant do and activation energy q of c in bcc fe is 0.01 cm2sec and 80kjmol respectively. in fcc fe the
consider an ideal vapor-compression refrigeration cycle. the refrigerator employs refrigerant 134a as the working fluid
Two infinite parallel plates are separated by a distance h. The space between them is filled with a Newtonian fluid: density (rho), viscosity (mu). The lower plate is fixed
nitrogen gas at 60 kpa and 7degc enters an adiabatic diffuser steadily with a velocity of 275 mls and leaves at 85 kpa
a piston cylinder device contains 2.5 kg of carbon dioxide co2 initially at 100 kpa and 300 degrees celsius.the co2 is
1 a piston-cylinder device contains 5 kg of r134a at 800 kpa and 60 c. the refrigerant is now cooled at constant
a force acts at the origin of a coordinate system in a direction defined by the angles qx 65.0deg and qz 69.7deg.
the magnitude of the velocity vector of the car is v80 fts. if the vector v forms an angle theta 0.09 rad with the
Employing the ideal gas model, determine the change in specific entropy between the indicated states, in Btu/lbmol?ºR. Solve 2 ways: Use the appropriate ideal gas table AND also by using a constant specific heat value.
burning one metric ton 1 000 kg of coal can yield an energy of 3.30x1010j. fission of one nucleus of uranium235 yields
the snowmobile is traveling at 10m/s when it leaves the embankment at A.determine the speed at which it strikes the ground at B and its maximum acceleration along the trajectory AB.
Remember that velocity is a vector quantity so find the magnitude of the average velocity and the angle of average velocity from the horizon
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