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A nozzle is used to increase the velocity of superheated water vapor (steam) which at the nozzle entrance is so low (compared to the velocity at the exit) as to be essentially negligible. In other words, ((v2)^2 - (v1)^2)/2 = (v2)^2/2. The incoming stream has a temperature and pressure of 150 degrees Celsius and 200 kPa. It exits the nozzle as a saturated vapor with a pressure of 75 kPa. Unlike in most nozzles where heat losses are negligible, 26 kJ/kg are lost from the steam as it passes through the nozzle. Calculate (a) the exit velocity of the steam, and (b) the mass fow rate of the steam if the nozzle exit area is 0.001 m^2.
Evaluate thermal efficiency of the cycle
A steel rod 1 cm in diameter and 30 cm long protrudes from a steel surface at 150 C. The rod is surrounded by air at 10 C with a convective heat transfer coefficient of 10 W/m2 C. The thermal conductivity of steel is 114 W/m C. Determine the heat ..
a motorcycle is moving at 30 ms when the rider applies the brakes giving the motorcycle a constant deceleration. during
a 4 diameter pipe elevates water vertically 100 feet. if the flow rate is 10 gpm a what is the velocity at the bottom
consider a pump that moves q0.1 m3s of oil s.g. 0.8 from an open reservoir through a 10 cm diameter pipe. the pump
Determine the mass flow rate of the air passing through this engine and the rates of heat addition and rejection when this engine produces 1000 hp. Assume constant specific heats at room temperature.
do you think the objects created in the following representation schema are always valid? justify your answers with
using a 3 flute solid carbide 20mm diameter slot drill. with feed rate of 0.175mmtoothrev at a depth of cut of 12mm and
find the average velocity of flow at section B, and the pressure difference between sections A and B.
How is the mechanical deformation energy defined? How do you calculate the work of fracture of a brittle material?
Classify the sections of the components in automatic control system.
If the unit can perform its function either in State 1 or 2, find the steady-state availability A for the device.
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