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An inventor has devised a complicated non flow process in which 1 mol of air is the working fluid. The net effects of the process are claimed to be:
A change in state of the air from 523.15 K (250°C) and 3 bar to 353.15 K (80°C) and 1 bar.
The production of 1800 J of work
The transfer of an undisclosed amount of heat to a heat reservoir at 303.15 K (30°C)
Determine whether the claimed performance of the process is consistent with the second law. Assume that air is an ideal gas for which Cp = (7/2)R.
Determine the apparent power and the reactive power drawn by the load.
Evaluate particle diameter at different terminal gas velocities
List as many items and give as many details as possible. Hints: Consider the problems of obstacle detection, information display, propulsion system, inertial guidance, route recall, power supply, etc.
A value of mass transfer coefficient kg = 0.0150 kg /m2-s . it was also found that the corresponding heat transfer co efficient = hc = 15 j /m2-s
A waste with a concentration of 0.1 gram per liter is to be introduced to a hazardous waste reactor that is to achieve 90% destruction. A reactant
Is it possible to recover 70% of the ethane in the vapor by a single-stage flash at other conditions without losing more than 5% of nC4 to the vapor? Obtain K-values fromFigure.
calculate masses of alcohol and ether produced, per 1000 kg of allyl chloride fed to the reactor.
Select a passenger car and calculate the efficiency of the vehicle in converting chemical energy from combustion into kinetic energy.
Determine the membrane area needed. Given: Membrane properties and mass transfer information - Develop a process schematic
If the mole fraction of nitrogen (xNitrogen ) is 0.134 after the reaction is complete, If the mole fraction of nitrogen (xNitrogen ) is 0.134 after the reaction is complete, what mass of nitrogen was produced?
Calculate the output torque if the rotational loss at this slip is 400 W.
For a feed rate 2000 kg/h of solution, composition 30% w/w MEK, determine the number of stages required to recover 95% of the dissolved MEK, using 700 kg/h TCE, with countercurrent flow. Tie-line data for the system MEK-water-TCE percentages w/w, ..
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