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1 carbon is burned with 100 excess oxygen to form an equilibrium mixture of co2 co and o2nbspat 3000 k and 100 mpa
determine the maximum reversible electrical work output of the fuel cell shown in given figure where g is the specific
1 determine the maximum theoretical efficiency open circuit voltage and maximum theoretical work output per mole of
determine the maximum efficiency and open circuit voltage for the methaneoxygen fuel cellch4 2o2 rarr co2 2h2olwhen
repeat given problem for the case where the reactants are premixed to a total pressure of 0100 mpa at
determine the maximum efficiency and open circuit voltage for the propaneoxygen fuel cell c3h8 5o2 rarr 3co2
repeat given problem for a propaneair fuel cell in which the propane is premixed with 200 theoretical air at a total
an inventor claims to have perfected a hydrogenoxygen fuel cell h2nbsp05o2 rarr h2ol that produces 300 mj per kgmole of
1 determine the open circuit internal entropy production rate per unit molar flow rate of co in the carbon
1 design a burner for a furnace that will produce 200 times 106nbspbtuh at 1500 degf choose the fuel flow rates airfuel
1 design a benchtop laboratory-scale facility to produce methanol from the reaction co 2h2 rarr chshyoh determine all
assignmentwatch the video link under question to answer this live chat sessionsthe online environment requires the
develop an interactive computer program that outputs the entropy production rate for any or a series of reactions of
1 saturated water vapor at 150degc enters an isentropic converging nozzle with a negligible velocity and exits at 0300
1 calculate the isentropic stagnation temperature and pressure on your hand as you hold it outside the window of an
if the speed of sound in saturated liquid water at 900degc is 1530 ms determine the isentropic compressibility alpha of
1 determine the mach number of a meteor traveling at 5000 ms through still air at 000degc2 determine the mach number of
1 a nozzle is to be designed to accelerate the flow of air from a mach number of 0100 to 100 determine the inlet to
argon escapes into the atmosphere at 0101325 mpa from a 100 m3 storage tank initially at 500 mpa and 250degc through a
1 air at 150 kpa 100degc enters a converging nozzle with a negligible velocity and is expanded isentropically until the
1 air enters a converging-diverging isentropic nozzle at 100 mpa and 500 k with a negligible velocity and is
a converging-diverging nozzle is attached to a compressed air reservoir at 100 mpa and 270degcthere are two positions
air at 0500 mpa and 210degc enters an isentropic convergingdiverging nozzle with a negligible velocity the exit to
a supersonic converging-diverging nozzle is to be designed to be attached to a standard machine shop air supply having
1 air enters a supersonic isentropic diffuser with a mach number of 300 a temperature of 000degc and a pressure of 100