Select the correct order of steps in the drop down lists below for the graphical analaysis method to determine the area required at the throat of a nozzle lowing a condensable vapour for a given set of iniet and exhaust conditions Click for List Calculate the area per unit mass flow rate 2. Determine the specific volume at each intermediate pressure 3. Determine the specific enthalpy at each intermediate pressure 4. Plot a chartigraph of showing the variation of area per unit mass flow rate against pressure 5. Locate the minimum to determine the approximate throat location and critical pressure 6. Determine the value of dryness fraction at these intermediate pressures 7. Divide the change of pressure into a number a pressure step5

Select the correct order of steps in the drop down lists below for the graphical analaysis method to determine the area required at the throat of a nozzle lowing a condensable vapour for a given set of iniet and exhaust conditions Click for List Calculate the area per unit mass flow rate 2. Determine the specific volume at each intermediate pressure 3. Determine the specific enthalpy at each intermediate pressure 4. Plot a chartigraph of showing the variation of area per unit mass flow rate against pressure 5. Locate the minimum to determine the approximate throat location and critical pressure 6. Determine the value of dryness fraction at these intermediate pressures 7. Divide the change of pressure into a number a pressure step5

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

6,
Select the correct order of steps in the drop down lists below for the graphical analaysis method to determine the area required at the throat of a nozzle
flowing a condensable vapour for a given set of inlet and exhaust conditions
1 Chick for List
2.
Calculate the area per unit mass flow rate
Determine the specific volume at each intermediate pressure
3.
Determine the specific enthalpy at each intermediate pressure
4.
Plot a chartigraph of showing the variation of area per unit mass flow rate against pressure
5.
Locate the minimum to determine the approximate throat location and critical pressure
6.
Determine the value of dryness fraction at these intermediate pressures
7.
Divide the change of pressure into a number a pressure steps

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