team at 5 MPa and enters the turbine at a elocity of 25 m/s. At the turbine exit a saturated liquid-vapour mixture with a quality of 75 % leaves with a velocity of 225 m/s at a pressure of 20kPa. The inlet of the turbine is at a height of 5m above the floor while the outlet is at a height of 1m above the floor. i) Produce the Steady Flow Energy Equation for the turbine indicating why and if any of its components can be neglected.
team at 5 MPa and enters the turbine at a elocity of 25 m/s. At the turbine exit a saturated liquid-vapour mixture with a quality of 75 % leaves with a velocity of 225 m/s at a pressure of 20kPa. The inlet of the turbine is at a height of 5m above the floor while the outlet is at a height of 1m above the floor. i) Produce the Steady Flow Energy Equation for the turbine indicating why and if any of its components can be neglected.
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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Hi, Please find attahced two images. I understand there is more than one question here. Please feel free to take more credits to allow answersfor both parts, Thanks
Transcribed Image Text:Apply the Steady Flow Energy Equation to determine the
specific work done by the steam flowing through the turbine
and if the mass flow rate of the steam is 700 kg/s the power
output of the turbine.
Transcribed Image Text:Steam at 5 MPa and 450 °C enters the turbine at a velocity of 25
m/s. At the turbine exit a saturated liquid-vapour mixture with a
quality of 75 % leaves with a velocity of 225 m/s at a pressure of
20kPa. The inlet of the turbine is at a height of 5m above the floor
while the outlet is at a height of 1m above the floor.
(i)
Produce the Steady Flow Energy Equation for the turbine
indicating why and if any of its components can be
neglected.
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