A Steam turbine operates under steady flow conditions receiving steam at the following state: Pressure 15 bar, internal energy 2700kj/kg; specific volume 0.17m3/kg and velocity 100m/sec. The exhaust steam from the turbine is at 0.1 bar with internal energy 2175kj/kg. specific volume 15m³/kg and velocity 300m/sec. The intake is 3m above the exhaust. The turbine develops 35KW and the heat lost over the surface of the turbine is 20kj/kg. Determine the steam flow rate through the turbine
A Steam turbine operates under steady flow conditions receiving steam at the following state: Pressure 15 bar, internal energy 2700kj/kg; specific volume 0.17m3/kg and velocity 100m/sec. The exhaust steam from the turbine is at 0.1 bar with internal energy 2175kj/kg. specific volume 15m³/kg and velocity 300m/sec. The intake is 3m above the exhaust. The turbine develops 35KW and the heat lost over the surface of the turbine is 20kj/kg. Determine the steam flow rate through the turbine
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A Steam turbine operates under steady flow conditions receiving steam at the following state:
Pressure 15 bar, internal energy 2700kj/kg; specific volume 0.17m3/kg and velocity 100m/sec. The exhaust steam from the turbine is at 0.1 bar with internal energy 2175kj/kg. specific volume 15m³/kg and velocity 300m/sec. The intake is 3m above the exhaust. The turbine develops 35KW and the heat lost over the surface of the turbine is 20kj/kg. Determine the steam flow rate through the turbine
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