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Problem 3.30: 1 mol of liquid hexane at 10 bar, 25 °C, is mixed adiabatically and under constant pressure with hexane vapor at 180 °C. Determine the moles of the vapor that must be mixed with the liquid in order to produce a final state that consists of a vapor-liquid mixture with 75% (by mass) liquid. You may use the data given in problem 3.29. Problem 3.31: Methanol at 25 °C, 8 bar is heated under constant P in closed system. a) Determine the amount of heat to produce 95% vapor b) Determine the final state if Q = 32000 J/mol c) Determine the final state if Q = 52000 J/mol
Calculate the material and energy balances and perform an entropy analysis of the mixing point, the heat exchanger, and of the entire process. The heat capacities of methane and carbon monoxide are CPA = 40.8 J/mol K, and CPB = 29.4 J/mol K, r..
Find the total line current drawn by the motor when the developed torque is one-half the rated value.
Prepare the design and evaluation of a new chemical manufacturing process.
A synchronous generator has a rotor with six poles and operates at 60 Hz.
A reverse osmosis plant is to be designed to produce 50 kg/s of boiler feed water with less than 20 ppmw of NaCl starting from sea water that contains 3.5 wt% NaCl. The 40 m2 membrane modules operate at 60 atm and achieve a flux of 0.4 m3 /m2 .day..
Calculating the Maximum Volume of Fermentor that can be used without Additional Cooling, The heat generated by fermentor is 60 kcal/hr L. The cooling capacity of jacket is 10,000 kcal/hr m^2. For a cylindrical fermentor with H/D of 3, the jacket a..
The R2 for which the developed torque would be a maximum.
adsorption and membrane processeszeolites are used to adsorb a wide range of solutes from vapour and gas streams. what
Estimate the density of air, If we approximate the atmosphere to be 79% nitrogen (N_2) by volume and 21% oxygen (O_2)
No-load test: line-to-line voltage 400 V, input power 1770 W, input current 18.5 A, and friction and wind age loss 600 W
what are the implications of the future of fabrication for international trade transportation and
Calculate the magnitude of the electric field at the ball's location due to the charged wall, and state its direction relative to the coordinate axes shown.
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