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A 514.0 g/hr stream of liquid methyl alcohol, also called methanol, (CH3OH) at 6.80 atm and 36.0°C was held at constant pressure, vaporized and brought to 240.0°C. At what rate must heat be supplied to this system? Assume that methyl alcohol vapor behaves ideally for the temperature range and pressure given.
The length of dislocation line per unit volume in a material equals the number of dislocations per unit area. Metals are hardened by cold working because many of the dislocations have passed right through the grains and are no longer available to fac..
What is the nozzle-exit-to-throat area ratio for case (a)? The gross thrust is the contribution to engine thrust made by the exhaust nozzle only.
Carbon Dioxide (CO2) gas enters a compressor steadily at 10 KPa and 540K with a velocity of 200m/s. The carbon dioxide leaves the compressor at 3MPa and 900K with a velocity of 40m/s. The exit of the compressor is .006m^2. The heat transfer rate from..
The average temperature of the human body is 98.6°F. Calculate the maximum rate of heat transfer per unit area by radiation from the human body in a room that is at 50°F. What is the percent increase in the heat transfer if rate you are running a fev..
a sphere moves horizontally through still water at a speed of 11 fts. a short distance directly ahead of the sphere
consider a flash chamber operating at steady state as shown in the figure below. refrigerant 134a enters the chamber at
the dredger is loading a sand onto a barge.the sand leaves the dredger pipe at 4ft/s with a weight flux of 850 lbs/s. estimate the tension on the mooring line caused by this loading.
a 90 percent efficient turbine accepts water at 400 kpa in a 16 cm diameter pipe. what is the maximum power output if
air at 300 k and 200 kpa is throttled by a valve to pressure of 100 kpa. if the valve is adiabatic and the change in
a wire-plate electrostatic precipitator esp designed for a commercial application for removing atmospheric particles
consider a carnot power cycle running with 2 kg of water as an operating fluid. during the isothermal expansion the
water at 10 kpa and 40 c enters the pump of a rankine cycle. the pump has an effiiciency of 82 and pumps the water up
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