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Water is contained in a closed, rigid , .3 m^3 tank at an initial pressure of 5 bar and a quality of 60% (x1=.6). Heat transfer occurs until the tank contains only saturated vapor x2=1.0. Determine the final mass of vapor in the tank in kg, and the final pressure, in bar. Calculate the initial vapor and liquid mass. Plot a schematic diagram of the initial and final states of the system with the vapor dome. Assume that the tank is a closed system.
a paper plant replaces an aged and worn 150 ho engine with an efficiency of 90 with an updated model with an efficiency
a disk cam rotates at a constant speed of 300 rpm and drives a translating roller follower through a rise of 1.5 inches
the shaft consists of two sections with 8.5 knm of torque applied clockwise at the joint. the left steel section has a
a piston-cylinder arrangement initially contains water at p 300 psia and t 500of. the piston is moved to a final
a pipeline used for the transport of crude oil is buried in the earth such that its centerline is a distance of 1.5m
Determine the natural frequencies of the system. For the baseline system I get natural frequencies at the following engine speeds: 435, 2026, 2818, 5225, 7093, 10245, and 12153 rpm.
a tank of 0.05 m3 volume air at 800 kpa absolute and 15 c. at t0 air begins escaping from the tank through a valve with
geothermal energy systems extract heat that is stored below the earths crust. for every 300 ft below ground the
suppose you are outside on a cold day with no gloves. assume your hands have an area of 0.01 m2. the temperature of
a steel plate is to be attached to a support with three bolts. the plate is 50 mm wide and 11.2 mm thick and the yield
a 2-kw iron is left on the ironing board with its base exposed to the air at 25 degc. if the surface temperature is 500
The 10-kg block rests on the platform for which = 0.4. If at the instant shown link AB has an angular velocity = 2 rad/s, determine the greatest angular acceleration of the link so that the block doesn't slip.
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