Subject: Combustion Engineering A rankine cycle has the specific conditions: Inlet of turbine: T= 368 degree celcius p= 11.17 mPa condenser pressure= 550 kpa For specific volume and density, use steam table. g= 9.81 m/s² Consider water to be incompressible, do not neglect the pump work. For below parameters: mass flow rate= 1.5 kg/s length (L) in meters diameter (D) in meters L= 4D-1 meters What is the value of the diameter (except 0) in cm that will give the maximum headloss?
Subject: Combustion Engineering A rankine cycle has the specific conditions: Inlet of turbine: T= 368 degree celcius p= 11.17 mPa condenser pressure= 550 kpa For specific volume and density, use steam table. g= 9.81 m/s² Consider water to be incompressible, do not neglect the pump work. For below parameters: mass flow rate= 1.5 kg/s length (L) in meters diameter (D) in meters L= 4D-1 meters What is the value of the diameter (except 0) in cm that will give the maximum headloss?
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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Subject: Combustion Engineering
A rankine cycle has the specific conditions:
Inlet of turbine: T= 368 degree celcius
p= 11.17 mPa
condenser pressure= 550 kpa
For specific volume and density, use steam table.
g= 9.81 m/s²
Consider water to be incompressible, do not neglect the pump work. For below parameters:
mass flow rate= 1.5 kg/s
length (L) in meters
diameter (D) in meters
L= 4D-1 meters
What is the value of the diameter (except 0) in cm that will give the maximum headloss?
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