AIRW COMP. INCOMPRESSORDET1= 26.85°CP1= IBARQUESTIONb)c)= 6700kWT2 =P2 =T5MASS FLOW RATEiNg/sPS = PA346.85°C12 BAROFEN TRO PY Plo Дис погоAIRAIR(4unuyREGENERATIVE#EATEXCHANGERIN GAS TURBINEPOTENTIAL ENERGY, KINETIC INERGY, STRAY HEAT ARE NOTSIGNIFICANT.RATE11msT4=P4 = PSm₁=T3P3 = P2= 506.85°C486.85°CGOING INTO COMPRESSOR

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W COMP. IN = 6700kW COMPRESSOR Ⓒ₁ AIR DE T1= 26.85°C P1= IBAR QUES πίσω PS = PA Ⓡ T2 = 346.85 °C P2 = MASS FLOW RATE in g/s 12 BAR POTENTIAL ENERGY, KINETIC INERGY, SIGNIFICANT. OF AIR muf AIR REGENERATIVE #EAT EXCHANGER IN GAS TURBINE H> _T3 = 486.85°C P3 = is = m₁ T4 = 506.85°C P4 = PS GOING INTO P2 STRAY HEAT ARE NOT COMPRESSOR

W COMP. IN = 6700kW COMPRESSOR Ⓒ₁ AIR DE T1= 26.85°C P1= IBAR QUES πίσω PS = PA Ⓡ T2 = 346.85 °C P2 = MASS FLOW RATE in g/s 12 BAR POTENTIAL ENERGY, KINETIC INERGY, SIGNIFICANT. OF AIR muf AIR REGENERATIVE #EAT EXCHANGER IN GAS TURBINE H> _T3 = 486.85°C P3 = is = m₁ T4 = 506.85°C P4 = PS GOING INTO P2 STRAY HEAT ARE NOT COMPRESSOR

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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