The volume of a gas at 23 degree C and 1 atm pressure is reduced to 0.5L at 27 degree C. Its pressure would be
Dear student
In this question, if we are going to assume that the process is adiabatic, then all the variables i.e,
pressure, volume and temperature should be changing with all together. But according to this, there will
be two unknowns, so we need two equations. But we just have one equation and two unknown
variables, thus making the question either incomplete or insufficient in the available data points.
P1V1/T1= P2V2/T2
The number of equations so available is less than the number of unknown variables, so we can say some
data points are missing in the question.
Regards
In this question, if we are going to assume that the process is adiabatic, then all the variables i.e,
pressure, volume and temperature should be changing with all together. But according to this, there will
be two unknowns, so we need two equations. But we just have one equation and two unknown
variables, thus making the question either incomplete or insufficient in the available data points.
P1V1/T1= P2V2/T2
The number of equations so available is less than the number of unknown variables, so we can say some
data points are missing in the question.
Regards