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1. Consider a mixture that contains 60% water (species 1) and 40% methyl alcohol (species 2). Determine the spinodal curves for the mixture as a function of pressure and temperature. Assume that the mixture follows the RK equation of state.
2. Water boils with the mother liquid phase at 593 K and 133 bar. The vapor embryo is at the same temperature as the liquid, but at a different pressure. Assume that the RK equation applies and that the vapor pressure is 155 bar. (According to the RK equation of state, for water Psat?=?133 bar at 593 K.) Determine the bubble size. Assume that the surface tension σ?=?10.5 ×?10-6 kN m-1 .
What is the stream function that represents the potential flow about a cylinder whose radius is 1 m and which is located in an air stream where the free-stream velocity is 50 m/s? What is the change in pressure from the free-stream value to the value..
It is reasonable to expect that given growing wealth, the emergence of a middle class, access to modern conveniences, and so forth, the "emerging" countries of the world may experience exponential growth in energy consumption over the short to med..
1. a lathe is set up to machine a taper of 1 mm per 10 mm on bar stock 120 mm in diameter. the chucked end is larger
Water (25 degrees Celsius) flows through 1- inch Schedule 40 steel pipe at 2.0 gpm. What is the pressure drop along 5000 feet of smooth pipe? If the pipe is not smooth but rather commercial steel, what is the pressure drop?
Air at 300 kPa, 63oC, and a velocity of 423 m/s enters an insulated duct of varying cross-sectional area. The air exits at 150 kPa, 88oC. At the inlet, the cross-sectional area is 6.57 cm2.
A 50.0 mm, sharp-edge orifice is placed in a DN 100 Schedule 80 steel pipe. Compute the volume flow rate of ethylene glycol at 25°C when a mercury manometer reads a 95-mm deflection.
an open brayton cycle engine operates with a compressor-pressure ratio of 6 an inlet temperature of 20 c and inlet
air at standard temperature and pressure flows through a 1-in.-diameter galvanized iron pipe with an average velocity
Briefly describe the three absorption mechanisms in nonmetallic materials.
the capacitance in a series rcl circuit is c1 2.74 ?f and the corresponding resonant frequency is f01 6.57 khz. the
H2O at 350oF, 60 psi enters an insulated nozzle at 10 ft/s. It leaves at 1440 ft/s and 35 psi. What is the isentropic efficiency?
What are phase-change materials and how do they work - what are the advantages of PCMs over other thermal energy storage systems?
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