1- The thermodynamic device, which uses water as the working fluid and the basic information is given below, has a heat supply of 25 MW and a thermal efficiency of 40%. According to this, determine; a) Net work output of the device b) mass flow rate of the working fluid c) the average linear speed at the turbine inlet d) Amount of excess(unused) heat discharge. High-temperature reservoir at TH HE QH CL Wnet.out Low-temperature reservoir at T₁ Tturbine,inlet 500 °C PTurbine,inlet = 2 MPa DTurbine,inlet = 5 cm Tturbine,outlet 179.9 °C PTurbine,outlet = 1 MPa

1- The thermodynamic device, which uses water as the working fluid and the basic information is given below, has a heat supply of 25 MW and a thermal efficiency of 40%. According to this, determine; a) Net work output of the device b) mass flow rate of the working fluid c) the average linear speed at the turbine inlet d) Amount of excess(unused) heat discharge. High-temperature reservoir at TH HE QH CL Wnet.out Low-temperature reservoir at T₁ Tturbine,inlet 500 °C PTurbine,inlet = 2 MPa DTurbine,inlet = 5 cm Tturbine,outlet 179.9 °C PTurbine,outlet = 1 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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Question

Please atleast answer this question. I will upvote

1- The thermodynamic device, which uses water as the working fluid and the basic information
is given below, has a heat supply of 25 MW and a thermal efficiency of 40%. According to this,
determine;
a) Net work output of the device
b) mass flow rate of the working fluid
c) the average linear speed at the turbine inlet
d) Amount of excess(unused) heat discharge.
High-temperature reservoir
at TH
HE
QH
CL
Wnet.out
Low-temperature reservoir
at T₁
Tturbine,inlet 500 °C
PTurbine,inlet = 2 MPa
DTurbine,inlet = 5 cm
Tturbine,outlet 179.9 °C
PTurbine,outlet = 1 MPa

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