Please find both parts of the problem and show your work! Thank you! Water vapor enters a compressor at 35 kPa and 160°C and leaves at 300 kPa with the same specific entropy as at the inlet. What are the temperature and the specific enthalpy of water at the compressor exit?**Figure P7–48 Explanation:**The figure depicts a steam compressor with water vapor entering the compressor at a pressure of 35 kPa and a temperature of 160°C. The water vapor exits the compressor at a higher pressure of 300 kPa. The diagram illustrates the entry and exit points of the steam through a conical compressor and indicates the work output ($ \dot{W}_{\text{out}} $) from the system. The diagram also emphasizes that the process maintains the same specific entropy from inlet to outlet.

Given:Pressure and temperature at compressor inlet, P1=35 kPa and T1=160°CPressure at compressor exit, P2=300 kPaProperties are obtained from the steam table:At P1=35 kPa and T1=160°C:Specific enthalpy, h1=2800.15 kJ/kgSpecific entropy, s1=8.1532 kJ/kg.KFor process 1-2: s2=s1=8.1532 kJ/kg.KAt P2=300 kPa and s2=8.1532 kJ/kg.K:T2=439.15°Ch2=3356.92 kJ/kgThe temperature of water at exit, T2=439.15°CThe specific enthalpy at the compressor exir, h2=3356.92 kJ/kg

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Mechanical Engineering

7-48 Water vapor enters a compressor at 35 kPa and 160°C and leaves at 300 kPa with the same specific entropy as at the inlet. What are the temperature and the specific enthalpy of water at the compressor exit?

7-48 Water vapor enters a compressor at 35 kPa and 160°C and leaves at 300 kPa with the same specific entropy as at the inlet. What are the temperature and the specific enthalpy of water at the compressor exit?

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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