In a room where the temperature is T=109.82K, a football has been inflated to a gauge pressure of P=324kPa. The football is then taken to the field, where the temperature is T=161K. What will the football's gauge pressure be when its temperature becomes equal to the temperature of the air on the field? Assume the air follows the ideal gas law and that the atmospheric pressure that day was P=231.15kPa.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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In a room where the temperature is T=109.82K, a football
has been inflated to a gauge pressure of P=324kPa. The
football is then taken to the field, where the temperature
is T=161K. What will the football's gauge pressure be when
its temperature becomes equal to the temperature of the air
on the field? Assume the air follows the ideal gas law and
that the atmospheric pressure that day was P=231.15kPa.
Transcribed Image Text:In a room where the temperature is T=109.82K, a football has been inflated to a gauge pressure of P=324kPa. The football is then taken to the field, where the temperature is T=161K. What will the football's gauge pressure be when its temperature becomes equal to the temperature of the air on the field? Assume the air follows the ideal gas law and that the atmospheric pressure that day was P=231.15kPa.
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