• Examples using Steam Tables Summary of the Zones Identification Exercise. Determine the Zones using the Values given, P = 1 bar and T = 150°C (Use both Tables to show that the same results will be obtained) 1. P=26 MPa and T = 200°C 2. P=2 bar and s = 6.2 kJ/kg.K 3. T=170°C and h=2821.5kJ/kg 4. P=5bar and v = 0.0001m³/kg Exercises on the Stem Table Q# Mass [kg] Property 1 Property 2 1 1 P= 100bar T=250°C 2 2 P=15MPa Saturated vapour 3 1 T=170°C h=2816.2kJ/kg #2: the property must be locate at the saturation vapour lines. ⚫ #3: Use Table 1 to find the values of h and compare with the values of H given. h>h₂ =======> then it is in the superheated zone. there is no pressure values hence, the corresponding h values at T=170°C for different Pressures should be compared to the given value of h. Start with the first Pressure

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
Question

Work Number 2 and 3 

•
Examples using Steam Tables
Summary of the Zones Identification
Exercise.
Determine the Zones using the Values given,
P = 1 bar and T = 150°C (Use both Tables to show that the same results will be obtained)
1.
P=26 MPa and T = 200°C
2. P=2 bar and s = 6.2 kJ/kg.K
3. T=170°C and h=2821.5kJ/kg
4. P=5bar and v = 0.0001m³/kg
Transcribed Image Text:• Examples using Steam Tables Summary of the Zones Identification Exercise. Determine the Zones using the Values given, P = 1 bar and T = 150°C (Use both Tables to show that the same results will be obtained) 1. P=26 MPa and T = 200°C 2. P=2 bar and s = 6.2 kJ/kg.K 3. T=170°C and h=2821.5kJ/kg 4. P=5bar and v = 0.0001m³/kg
Exercises on the Stem Table
Q#
Mass [kg]
Property 1
Property 2
1
1
P= 100bar
T=250°C
2
2
P=15MPa
Saturated vapour
3
1
T=170°C
h=2816.2kJ/kg
#2: the property must be locate at the saturation vapour lines.
⚫ #3: Use Table 1 to find the values of h and compare with the values of H given.
h>h₂ =======> then it is in the superheated zone.
there is no pressure values hence, the corresponding h values at T=170°C for different
Pressures should be compared to the given value of h. Start with the first Pressure
Transcribed Image Text:Exercises on the Stem Table Q# Mass [kg] Property 1 Property 2 1 1 P= 100bar T=250°C 2 2 P=15MPa Saturated vapour 3 1 T=170°C h=2816.2kJ/kg #2: the property must be locate at the saturation vapour lines. ⚫ #3: Use Table 1 to find the values of h and compare with the values of H given. h>h₂ =======> then it is in the superheated zone. there is no pressure values hence, the corresponding h values at T=170°C for different Pressures should be compared to the given value of h. Start with the first Pressure
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