1. Isobutane gas and liquid mixture (x=0.9) is running through a valve to get 100% vapor condition and then entering the turbine to produce work. The conditions are shown in the figure. Isobutane mass flow rate is 10 kg/s. Valve 20 Power out Turbine P₁ = 17bar T₁ = 91.78 C P2 = 10 bar 3 P3= .08 bar T=20C Determine: a. The turbine inlet diameter is D2=0.05 meters. Determine the inlet velocity V2=? b. If the turbine work is 535 kW what would be turbine outlet velocity in m/s? Neglect heat transfer and potential energy. c. compute the turbine exit diameter d. Plot the diagram T-V showing all stages 1-2-3
1. Isobutane gas and liquid mixture (x=0.9) is running through a valve to get 100% vapor condition and then entering the turbine to produce work. The conditions are shown in the figure. Isobutane mass flow rate is 10 kg/s. Valve 20 Power out Turbine P₁ = 17bar T₁ = 91.78 C P2 = 10 bar 3 P3= .08 bar T=20C Determine: a. The turbine inlet diameter is D2=0.05 meters. Determine the inlet velocity V2=? b. If the turbine work is 535 kW what would be turbine outlet velocity in m/s? Neglect heat transfer and potential energy. c. compute the turbine exit diameter d. Plot the diagram T-V showing all stages 1-2-3
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 show and explain how to get each value
![1. Isobutane gas and liquid mixture (x=0.9) is running through a valve to get 100% vapor condition
and then entering the turbine to produce work. The conditions are shown in the figure.
Isobutane mass flow rate is 10 kg/s.
Valve
20
Power out
Turbine
P₁ =
17bar
T₁ = 91.78 C
P2 = 10 bar
3
P3= .08 bar
T=20C
Determine:
a. The turbine inlet diameter is D2=0.05 meters. Determine the inlet velocity V2=?
b. If the turbine work is 535 kW what would be turbine outlet velocity in m/s? Neglect heat transfer
and potential energy.
c. compute the turbine exit diameter
d. Plot the diagram T-V showing all stages 1-2-3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcdd8bf84-19da-460c-9046-7764979f3061%2Fd2126150-57c6-4cfd-aa80-f36d70133b18%2Fpan8snc_processed.png&w=3840&q=75)
Transcribed Image Text:1. Isobutane gas and liquid mixture (x=0.9) is running through a valve to get 100% vapor condition
and then entering the turbine to produce work. The conditions are shown in the figure.
Isobutane mass flow rate is 10 kg/s.
Valve
20
Power out
Turbine
P₁ =
17bar
T₁ = 91.78 C
P2 = 10 bar
3
P3= .08 bar
T=20C
Determine:
a. The turbine inlet diameter is D2=0.05 meters. Determine the inlet velocity V2=?
b. If the turbine work is 535 kW what would be turbine outlet velocity in m/s? Neglect heat transfer
and potential energy.
c. compute the turbine exit diameter
d. Plot the diagram T-V showing all stages 1-2-3
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