Thermodynamics Tonsiler a steam, puwer elant thatoperates on the Ideal'reneat RanKine.cycleoThee plant maintains the builer at 7.5 MPatheThe 'reheuterr at 2 MPa and the Condenser!eY 50 K Pa. The femperatureThe entrance of the highpresoure tune,and 300°C at The entranceis 550 °Catf Thepressure turbine has anefhiciency of 80% and he luw-preinumeturbine has an isentup eficieny of g0%.ThetheIfideal, peteimne the thermalefficientt A Tmo syrtema

The efficiency of the Rankine cycle can be calculated by using the formula given below as-…

a steam, puwer pland That Rankine.cycleo The By 50 KPa. The femperature is 5500at operates on the Ideal 'reheat The plant maintaons the boler at 17,5MPa, The 'reheuter at 2 MP a and The condenser and 300° Cat The estrancė of the faw-presure turbine, Assumng the efhciency of 80% and the low preinume turbine has' an isentrupc pump i5 Ideal, Pefermine the therma effientt efhiceny af 90%.- The A Imo syrtema

a steam, puwer pland That Rankine.cycleo The By 50 KPa. The femperature is 5500at operates on the Ideal 'reheat The plant maintaons the boler at 17,5MPa, The 'reheuter at 2 MP a and The condenser and 300° Cat The estrancė of the faw-presure turbine, Assumng the efhciency of 80% and the low preinume turbine has' an isentrupc pump i5 Ideal, Pefermine the therma effientt efhiceny af 90%.- The A Imo syrtema

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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