Asked by Adam
The Volume of air in a car tire is 800cm^3 and the pressure is 290kPa.
Determine the volume the air would occupy as soon as the tire bursts on a day when the atmospheric pressure is 204kPa.
(Assume that the temperature remains constant and assume an ideal gas)
Determine the volume the air would occupy as soon as the tire bursts on a day when the atmospheric pressure is 204kPa.
(Assume that the temperature remains constant and assume an ideal gas)
Answers
Answered by
Damon
on what planet is 1 atm = 2 atm ?
Answered by
Adam
The Volume of air in a car tire is 800cm^3 and the pressure is 290kPa.
Determine the volume the air would occupy as soon as the tire bursts on a day when the atmospheric pressure is 102kPa.
(Assume that the temperature remains constant and assume an ideal gas)
Determine the volume the air would occupy as soon as the tire bursts on a day when the atmospheric pressure is 102kPa.
(Assume that the temperature remains constant and assume an ideal gas)
Answered by
bob
see other post.
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