I need the answer as soon as possible Q5A:Air flow through along duct of constant area at (0.15Kg/sec), a short section of the ductis cooled. The rate of heat loss in this section is (15 KJ/sec) from the air. Theproperties of the inlet and the exit are shown in fig. below.Find: The duct cross-section area (A), change in enthalpy (dh), internal energy (du),drive and find change in entropy (ds).12p1=188KpaT1=440 KV1-210 m/secp2=213краT2=351 KB. Determine the pressu. of 5 kg hydrogen contained in a vessel of 2 m3 capaci

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Air flow through along duct of constant area at (0.15Kg/sec), a short section of the duct is cooled. The rate of heat loss in this section is (15 KJ/sec) from the air. The properties of the inlet and exit are shown in fig. below. Find: The duct cross-section area (A), change in enthalpy (dh), internal energy (du), drive and find change in entropy (ds). 1 Q 2 p1= 188Kpa T1=440 K р2=213 Кра V1-210 m/sec T2=351 K

Air flow through along duct of constant area at (0.15Kg/sec), a short section of the duct is cooled. The rate of heat loss in this section is (15 KJ/sec) from the air. The properties of the inlet and exit are shown in fig. below. Find: The duct cross-section area (A), change in enthalpy (dh), internal energy (du), drive and find change in entropy (ds). 1 Q 2 p1= 188Kpa T1=440 K р2=213 Кра V1-210 m/sec T2=351 K

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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