Solve this whole problem and include the interpolation of the same table. PDF *Elementary Principles of Chemic X PDF Elementary Principles of Chemica X +49°FSunnyFile | E:/Elementary%20Principles%20of%20Chemical%20Processes,%204th%20Edition%20(%20PDF Drive%20).pdfDraw(T) Read aloudExample 7.5-3Solution391 of 695Energy Balance on a SteamJESTITISJUTERIIS TULIT, JORINGJUTE Iing forNow consider the properties at 10 bar and 20 bar. both at a temperature of 400°C. Even thoughthe pressure has doubled, the values of Û and Ĥ change by much less than 1%. Similar results wouldbe obtained for liquid water. The conclusion is that when you need a value of Û or Ĥ for water (or forany other species) at a given T and P, you must look it up at the correct temperature-interpolating ifnecessary but you don't have to find it at the exact pressure.The next example illustrates the use of the steam tables to solve energy balance problems.eam TurTurbineSteam at 10 bar absolute with 190°C of superheat is fed to a turbine at a rate m = 2000 kg/h. The turbineoperation is adiabatic, and the effluent is saturated steam at 1 bar. Calculate the work output of the turbine inkilowatts, neglecting changes in kinetic and potential energy.372 CHAPTER 7 Energy and Energy BalancesODThe energy balance for this steady-state open system isQ Search(Why was the heat term dropped?)Inlet Steam:Table B.7 indicates that steam at 10 bar is saturated at 180°C (verify), so that the inlet steam temperature is180°C + 190°C = 370°C. Interpolating in the same table,Ĥin (10 bar, 370°C) = 3201 kJ/kgW₁ = AH = m(Ĥout - Ĥin)Outlet Steam:From either Fable B. 6/0 B.7, you can find that the enthalpy of saturated steam at 1 bar isHout (1 bar, saturated) = 2675 kJ/kg/2000 (2675 32014-1H1h{JENGSign in1008:35 AM5/6/2023•la+O

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Example 7.5-3 Energy Balance on a Steam Turbine Steam at 10 bar absolute with 190°C of superheat is fed to a turbine at a rate in = 2000 kg/h. The turbine operation is adiabatic, and the effluent is saturated steam at 1 bar. Calculate the work output of the turbine in kilowatts, neglecting changes in kinetic and potential energy.

Example 7.5-3 Energy Balance on a Steam Turbine Steam at 10 bar absolute with 190°C of superheat is fed to a turbine at a rate in = 2000 kg/h. The turbine operation is adiabatic, and the effluent is saturated steam at 1 bar. Calculate the work output of the turbine in kilowatts, neglecting changes in kinetic and potential energy.

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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