I need answer within 20 minutes please please with my best wishes Q1Figure Q1, A turbo-compressor supplies power to the air-condition unit (heatpump) with 798,22kw. Calculate the volume per minute of the gas operatingthrough the unit where the density is 1 Ib/ft'.Given Data:Atmospheric temperature = T= 520°RComprešsor gas temperature T-607°RCp=0.539, J=778J/S, Conversion factor =33000.0One-hours power 746 watts.THQHFigure Q1 Heat- pump unitHP798.22kwTLQ2Figure Q2, A turbo-compressor supplies power to the air-condition unit(Refrigerant) with 900.0 kw. Calculate the volume per minute of the gasoperating through the unit where the density is 1 Ib/ft'.Given Data:THAtmospheric temperature 520°RCompressor gas temperature 607°RCp=0.539, J=778J/S, Conversion factor =33000.0One-hours power 746 watts.QH900.0kwFigure (Q2), Refrigerant unitTL

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Q1 Figure Q1, A turbo-compressor supplies power to the air-condition unit (hea pump) with 798,22kw. Calculate the volume per minute of the gas operatin through the unit where the density is 1 lb/ft³. Given Data: Atmospheric temperature = T₁= 520°R Compressor gas temperature T607°R Cp=0.539, J=778J/S, Conversion factor =33000.0 One-hours power = 746 watts. TH

Q1 Figure Q1, A turbo-compressor supplies power to the air-condition unit (hea pump) with 798,22kw. Calculate the volume per minute of the gas operatin through the unit where the density is 1 lb/ft³. Given Data: Atmospheric temperature = T₁= 520°R Compressor gas temperature T607°R Cp=0.539, J=778J/S, Conversion factor =33000.0 One-hours power = 746 watts. TH

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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