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For each stage below, analyse the phase state and its properties: pressure, temperature, specific volume, and quality (if applicable). Then, sketch a T-v diagram with respect to saturation lines by indicating all the information obtained. (i) Water at T = 190°C and u = 2370 kJ/kg (ii) Water at P = 11 MPa and T = 450°C (iii) Water at P = 20 MPa and h = 1300 kJ/kg (iv) Refrigerant-134a at P = 1.891 MPa and s = 0.795 kJ/kg. K (v) Refrigerant-134a at T = 12°C with volume flow rate and mass flow rate of 0.0319 m3/s and 40 kg/s, respectively

For each stage below, analyse the phase state and its properties: pressure, temperature, specific volume, and quality (if applicable). Then, sketch a T-v diagram with respect to saturation lines by indicating all the information obtained. (i) Water at T = 190°C and u = 2370 kJ/kg (ii) Water at P = 11 MPa and T = 450°C (iii) Water at P = 20 MPa and h = 1300 kJ/kg (iv) Refrigerant-134a at P = 1.891 MPa and s = 0.795 kJ/kg. K (v) Refrigerant-134a at T = 12°C with volume flow rate and mass flow rate of 0.0319 m3/s and 40 kg/s, respectively

Elements Of Electromagnetics
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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For each stage below, analyse the phase state and its properties: pressure, temperature, specific volume, and quality (if applicable). Then, sketch a T-v diagram with respect to saturation lines by indicating all the information obtained.
(i) Water at T = 190°C and u = 2370 kJ/kg
(ii) Water at P = 11 MPa and T = 450°C
(iii) Water at P = 20 MPa and h = 1300 kJ/kg
(iv) Refrigerant-134a at P = 1.891 MPa and s = 0.795 kJ/kg. K
(v) Refrigerant-134a at T = 12°C with volume flow rate and mass flow rate of 0.0319 m3/s and 40 kg/s, respectively

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