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A 300-foot-long 6-ft-wide parabolic trough concentrator receives normal solar radiation at 905 W/m2. A pipe at the focal line receives 450 lbm/hr of water at 200 psia and at 100oF and exits at 180 psia. Calculate the pipe exit conditions. Assume concentrator reflective losses of 5%.
Name products that are manufactured using these processes and write two sentences on why you know it's made from this process.
the acceleration of a particle is defind by the relation a - 0.8 v where a is expressed in ms2 and v ms. knowing
during the construction of a house 6 joists of 24 feet each must be trimmed to the correct length of 23 feet. the
a well-insulated turbine operating at a steady state develops 23 mw of power from a steam flow rate of 40 kgs. the
the steel shaft gst 10.8times103 ksi is made from two segments ac has a diameter of 0.5 in l5in and cdb has a diameter
a 30-kg aluminum block initially at 140 c is brought into contact with a 40-kg block of iron at 60 c in an insulated
a thick cylinder has an inside diameter of 60 mm and an outside diameter of 100 mm. it is pressurised internally until
a pole-vaulter is holding the vaulting pole parallel to the ground. the pole is 5 m long. the vaulter grips the pole
If the room temperature is 15C and the temperature of the air exiting the hair dryer is 50C, what is the percent increase in the air velocity as it passes through the dryer.
assume air flows isentropically through a converging-diverging nozzle. at station 1 which is aft of the throat and has
10 kg of superheated water vapor at 200 acircdegc and 1.2 mpa is condensed isobarically to a saturated mixture with a
steam enters an adiabatic turbine steadily at 10 mpa and 500 degc and leaves at 10 kpa with a quality of 90 percent.
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