A boiler produces a steam at 2.417 Mpa and 468.9oC. The steam enters a turbine where after the extraction of energy enters a steam condensing unit. The pressure inside the condenser is maintained at 0.1578 MPa. If the system operates on a simple Rankine cycle, solve for: a) heat added per cycle, b) heat rejected, c) cycle net work and d) the cycle thermal efficiency A boiler produces a steam at 2.417 Mpa and 468.9°C. The steam enters a turbine where after theextraction of energy enters a steam condensing unit. The pressure inside the condenser ismaintained at 0.1578 MPa. If the system operates on a simple Rankine cycle, solve for: a) heatadded per cycle, b) heat rejected, c) cycle net work and d) the cycle thermal efficiency.

given; given;steam inter in turbine at P1=2.417MPa and T1=468.90cpressure in condensor…

Answered: A boiler produces a steam at 2.417 Mpa…

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 boiler produces a steam at 2.417 Mpa and 468.9oC. The steam enters a turbine where after the extraction of energy enters a steam condensing unit. The pressure inside the condenser is maintained at 0.1578 MPa. If the system operates on a simple Rankine cycle, solve for: a) heat added per cycle, b) heat rejected, c) cycle net work and d) the cycle thermal efficiency

A boiler produces a steam at 2.417 Mpa and 468.9°C. The steam enters a turbine where after the
extraction of energy enters a steam condensing unit. The pressure inside the condenser is
maintained at 0.1578 MPa. If the system operates on a simple Rankine cycle, solve for: a) heat
added per cycle, b) heat rejected, c) cycle net work and d) the cycle thermal efficiency.

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