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The following equations of state are occasionally used for approximate calculation on gases : Gas ( X ) : R T ( 1 + V m b ) G a s ( Y ) : P ( V m − b ) = R T Assuming that the gas ( X ) and ( Y ) actually obeyed above equation of state respectively then choose the correct statement: Gas X is more liquifible than gas Y Gas Y is more liquifible than gas X None of them are liquifible Both of them are liquifible The following equations of state are occasionally used for approximate calculation on gases : Gas(X):RT(1+Vmb)Gas(Y) : P(Vm−b)=RTAssuming that the gas (X) and (Y) actually obeyed above equation of state respectively then choose the correct statement: Gas X is more liquifible than gas Y Gas Y is more liquifible than gas X None of them are liquifible Both of them are liquifible
The following equations of state are occasionally used for approximate calculation on gases :
Gas(X):RT(1+Vmb)
Gas(Y) : P(Vm−b)=RT
Assuming that the gas (X) and (Y) actually obeyed above equation of state respectively then choose the correct statement:
Option b both X and Y are liquifiable. When you expand both the function and convert RT = PV, you get same values for V. Therefore, they have similar properties.
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