Please attached photo. I have theoretically solved this using only equations I can’t find a way to solve without the mass flow rate or area of the inlet as a given. 6.5. Analysis of a steam turbine (Section 6.4)In the test of a steam turbine the following data were observed:h, = 3000 kJ/kg; p, = 10 MPa; v, = 150 m/sh, = 2600 kJ/kg; v, is negligible, p, = 0.5 MPaZ2 = Z1 and W.2 = 384.45 kJ/kg%3D1. Assume steady flow, and determine the heat transferred to the sur-roundings per kilogram of steam.2. What is the quality of the exit steam?Answers:Q =-26.8 kJ/kgx 92.9%4.

From the given data, Using 1st law of thermodynamics for turbine, m˙h1+v122+z1g+Q˙=m˙h2+v222+z2g+W˙

Answered: Please attached photo. I have…

Please attached photo. I have theoretically solved this using only equations I can’t find a way to solve without the mass flow rate or area of the inlet as a given

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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Please attached photo. I have theoretically solved this using only equations I can’t find a way to solve without the mass flow rate or area of the inlet as a given.

6.5. Analysis of a steam turbine (Section 6.4)
In the test of a steam turbine the following data were observed:
h, = 3000 kJ/kg; p, = 10 MPa; v, = 150 m/s
h, = 2600 kJ/kg; v, is negligible, p, = 0.5 MPa
Z2 = Z1 and W.2 = 384.45 kJ/kg
%3D
1. Assume steady flow, and determine the heat transferred to the sur-
roundings per kilogram of steam.
2. What is the quality of the exit steam?
Answers:
Q =-26.8 kJ/kg
x 92.9%
4.

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