help me (d e f ) QUESTION 1For the closed systems given below, state the phase (if necessary), calculate the quality, x (if any) and determinethe required properties.a. Saturated water vapour at 120°C. What is P (in MPa) and v (m³/kg) of the system?b. Water at 300°C and has specific internal energy, u = 1332.7 kJ/kg. What are the P and h of the system?c. Water at 80 bar and has specific enthalpy, h = 1000 kJ/kg. What is v (m³/kg) of the system?d. Water at 2 bar and v = 1.54934 m³/kg. What is T and u of the system?e. R-134a at 52°C and specific enthalpy, h = 180 kJ/kg. What is P (in MPa) and v (m³/kg) of the system?f. R-134a at 5 bar and u = 315 kJ/kg. What is T and v of the system?g. Water with x = 0 at P= 280 kPa. State the T and v of the system.h. Water at 350 kPa and 500°C. State the enthalpy of the systemi. Water at 1900 kPa and 330°C. Give the specific volume of the system.

Given data d. Water at 2 bar and v = 1.54934 m3/kge. R134a at 52°C and h = 180 kJ/kgf. R134a at 5…

d. Water at 2 bar and v = 1.54934 m³/kg. What is T and u of the system? e. R-134a at 52°C and specific enthalpy, h = 180 kJ/kg. What is P (in MPa) and v (m³/kg) of the system? f. R-134a at 5 bar and u = 315 kJ/kg. What is T and v of the system? %3D

d. Water at 2 bar and v = 1.54934 m³/kg. What is T and u of the system? e. R-134a at 52°C and specific enthalpy, h = 180 kJ/kg. What is P (in MPa) and v (m³/kg) of the system? f. R-134a at 5 bar and u = 315 kJ/kg. What is T and v of the system? %3D

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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