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A remote Alaskan village plans to generate electricity from a geothermal source that provides steam at 300 kPa and 200°C. The steam will pass through a turbine with an isentropic efficiency of 85% and exhaust to the atmosphere at 100 kPa. Determine the mass flow rate of steam (in kg/s) required to produce 300 kW of power.
a rankine cycle is used to generate electricity with a total plant capacity of 65 mw. heat from the condenser is
glycerin is to be pumped at the rate of 250 gpm throughout a flow system which consist of 1500 feet of horizontal 4
in the absence of stress the center-to-center atomic separation distance of two al atoms is 0.286 nm. under a tensile
water vapor exists at a pressure of 10kpa and temperature of 373k. assume a reference atmosphere exists at to 298k and
a steam power plant is to be built to provide 10 mw of electricity. the turbine to be used has an efficiency of 45 and
a 25 ft long standard steel steam pipe is installed at 60 degrees f. the pipe temperature increase to 220 degree f when
Questions set on Entropy, Exergy, Cycles, Otto Cycle, Rankine Cycle. In a coal fired thermal power station, indicate where the exergy contained in the coal is destroyed. For each exergy destruction mechanism, explain whether there is a small..
an ideal gas carnot cycle with air in a piston cylinder has a high temperature of 1200 k and a heat rejection at 400 k.
consider a device with one inlet and one outlet. if the volume flow rates at the inlet and at the outlet are the same
a building has a peak heating load equal to 18.3 kw and a peak cooling load of 23.8 kw. estimate the seasonal heating
Consider a magnet moving in a coil of N, turns. This system can be modelled as mass spring damper system. The damping coefficient consist of both mechanical and electromagnetic damping. How can I calculate the mechanical electromagnetic damping?
sketch a system of mass m which is accleerated from rest to a velocity v2 raised to a height of elevation h and cooled
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