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An adiabatic open feedwater heater an electri power plant micer 0.2 Kals cf steam at l00nPa and 160°C with io Kg/Ss of feedwater at look Pa and 50°C to produce feedwater at 100 npa and 60°C' at the outleta Determine the outled mais flow rate and the autlet velocty when the outlet pipe diameter to 0.03m Coul feedwater warn feedwater

An adiabatic open feedwater heater an electri power plant micer 0.2 Kals cf steam at l00nPa and 160°C with io Kg/Ss of feedwater at look Pa and 50°C to produce feedwater at 100 npa and 60°C' at the outleta Determine the outled mais flow rate and the autlet velocty when the outlet pipe diameter to 0.03m Coul feedwater warn feedwater

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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### Text Transcription An adiabatic open feedwater heater in an electric power plant mixes 0.2 kg/s of steam at 1000 kPa and 200°C with 5 kg/s of feedwater at 100 kPa and 60°C to produce feedwater at 1000 kPa at the outlet. Determine the outlet mass flow rate and the outlet pipe diameter when the outlet pipe diameter is 0.03 m. ### Diagram Explanation The diagram is a simple representation of an adiabatic open feedwater heater. It features: - **A cylindrical tank**: This is where the mixing occurs. - **Inlet pipes**: There are two arrows pointing towards the tank indicating the inflow. One is labeled "steam" and the other "cool feedwater." - **Outlet pipe**: An arrow pointing away from the top of the tank labeled "warm feedwater," indicating the mixed output. Understanding this setup is vital for the calculations of mass flow rate and diameters in thermodynamic systems.
Transcribed Image Text:### Text Transcription An adiabatic open feedwater heater in an electric power plant mixes 0.2 kg/s of steam at 1000 kPa and 200°C with 5 kg/s of feedwater at 100 kPa and 60°C to produce feedwater at 1000 kPa at the outlet. Determine the outlet mass flow rate and the outlet pipe diameter when the outlet pipe diameter is 0.03 m. ### Diagram Explanation The diagram is a simple representation of an adiabatic open feedwater heater. It features: - **A cylindrical tank**: This is where the mixing occurs. - **Inlet pipes**: There are two arrows pointing towards the tank indicating the inflow. One is labeled "steam" and the other "cool feedwater." - **Outlet pipe**: An arrow pointing away from the top of the tank labeled "warm feedwater," indicating the mixed output. Understanding this setup is vital for the calculations of mass flow rate and diameters in thermodynamic systems.
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