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Water ?ows in a rectangular conduit 12-cm high and 60-cm wide having a maximum velocity of 20 m=s with the pro?les shown in Fig. 4.16. Assume the pro?le exists across the entire cross section with negligible end effects. Calculate the mass ?ux, the ?ow rate, and the average velocity.
a hot-water stream at 80 degrees c enters a mixing chamber with a mass flow rate of 0.5 kgs where it is mixed with a
an ideal gas is compressed from a volume of 400 cm3 to a volume of 150 cm3 slowly and isothermally in a
at steady state moist air at 42c 1 atm 30 relative humidity is mixed adiabatically with a second moist air stream
find the thermal efficiency of an ideal reheat rankine cycle of a steam power plant. find the pressure at which
if a football is kicked at a 45 degree angle determine its minimum initial speed va so that it passes over the goal
steam at 320oc flows in a stainless steel pipe k 15wm. oc whose inner and out diameters are 5 cm and 5.5 cm
a mass m is suspended from a spring of stiffness 4000nm and is subjected to a harmonic force having amplitude of 100n
Given water h=3227 KJ/Kg Temperature 400C Find specific volume, pressure, and specific internal energy. Given R-134a T=15F quality x =0.6 Find pressure, specific volume, specific enthalpy. Given Water P=4Mpa U=3000 KJ/Kg Find Temperature, and specifi..
assume that the amount of heat generated in the furnace above was used to heat helium to 600oc. an engine operating in
The heat offusion of aluminum is 3.97 10^5 J/kg; the heat of fusion of mercury is 1.18 10^4. What is the effeciency of this engine?
Determine the conditions for delivering maximum torque at starting of a three-phase induction motor.
1 kg of a gas in a piston-cylinder assembly undergoes a Carnot power cycle for which the isothermal expansion occurs at 800 K. The change in specific entropy of the gas during the isothermal compression, which occurs at 400 K is -25 kJ/kg. K.
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