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Water vapor (an ideal gas) enters a diffuser (expansion device) at a pressyre of 0.70 bar, a termperature of 160 C, and a velocity of 180 m/s. The inlet to the diffuser is 100 cm^2. During passage through the diffuser the fluid velocity is reduced to 60 m/s, the pressure increases to 1.0 bars, and 0.60 J/g of heat are transferred to the surroundings (i.e. out of the diffuser). The enthalpy of water vapor can be estimated by: h = 2501 + Cp*T (units= kJ/kg, where Cp= 1.805 kJ/kg-C and T=water vapor temperature in C.) Determine (a) the final temperature, (b) the mass flow rate, and (c) the outlet area of the diffuser in cm^2.
How would you calculate the sensible heat, the latent heat, and determine the latent heat of vaporization of the water vapor in this air stream as the air is cooled from 170 F to 48 F?
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