Solve it, for my review 2. Considering that the change in enthalpy at the first stage of a Reheat Rankine Cycleis 1050 kJ/kg and 850 BTU/lb was recorded in the second stage, calculate for thethermal efficiency (in percent) of the cycle if both stages has a 93% efficiency andhaving a heat added of 9000 kJ/kg. (Hint: Neglect the pump work) Use these values when necessary:1 kg 2.205 lb°C to K (use + 273.15)1 bar100 kPa1 atm101.325 kPa1 BTU1.055 kJ 778 ft-lb1 HP 0.746 kW 2545 BTU/hr:h8 MPa and 480 °C82 MPa:h:h2 MPa and 460 °C@60°C:PrathehfgStSigV₂3348.4 kJ/kg;2963.145 kJ/kg3379.5 kJ/kg;-0.019940 MPa- 251.13 kJ/kg- 2358.5 kJ/kgs 6.6586 kJ/kg - Ks 7.3147 kJ/kg - K0.8312 kJ/kg - K7.0784 kJ/kg - K0.0010172 m³/kg

Given data Enthalpy change in first stage = 1050 kJ/kgEnthalpy change in second stage = 850 BTU/lb =…

Considering that the change in enthalpy at the first stage of a Reheat Rankine Cycle is 1050 kJ/kg and 850 BTU/lb was recorded in the second stage, calculate for the thermal efficiency (in percent) of the cycle if both stages has a 93% efficiency and having a heat added of 9000 kJ/kg. (Hint: Neglect the pump work)

Considering that the change in enthalpy at the first stage of a Reheat Rankine Cycle is 1050 kJ/kg and 850 BTU/lb was recorded in the second stage, calculate for the thermal efficiency (in percent) of the cycle if both stages has a 93% efficiency and having a heat added of 9000 kJ/kg. (Hint: Neglect the pump work)

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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