Q2) A motorist equips his automobile tyres with a relief – type valve so that the pressure inside the tryes will never exceed (20 Kpa) he starts the trip with a pressure of (100 KPa) and a temperature of (23 C) in the tyres during the long drive the temperature of the air in the tyres reaches (83 C) each tyre contains (0.11 kg) determine the mass of air escaping each tyre (R= 287)dm = (0.0918 kg , 0.0445 kg , 0.087986 kg ) *

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Q2) A motorist equips his automobile tyres with a relief – type valve so that the pressure inside the tryes will never exceed (20 Kpa) he starts the trip with a pressure of (100 KPa) and a temperature of (23 C) in the tyres during the long drive the temperature of the air in the tyres reaches (83 C) each tyre contains (0.11 kg) determine the mass of air escaping each tyre (R= 287)dm = (0.0918 kg , 0.0445 kg , 0.087986 kg ) *
Q2) A motorist equips his automobile
tyres with a relief – type valve so that
the pressure inside the tryes will never
exceed (20 Kpa) he starts the trip with
a pressure of (100 KPa) and a
temperature of (23 C) in the tyres
during the long drive the temperature
of the air in the tyres reaches (83 C)
each tyre contains (0.11 kg) determine
the mass of air escaping each tyre (R=
287)dm = (0.0918 kg , 0.0445 kg ,
0.087986 kg ) *
Transcribed Image Text:Q2) A motorist equips his automobile tyres with a relief – type valve so that the pressure inside the tryes will never exceed (20 Kpa) he starts the trip with a pressure of (100 KPa) and a temperature of (23 C) in the tyres during the long drive the temperature of the air in the tyres reaches (83 C) each tyre contains (0.11 kg) determine the mass of air escaping each tyre (R= 287)dm = (0.0918 kg , 0.0445 kg , 0.087986 kg ) *
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