If the volume of a gas is doubled either isothermally or adiabatically, in which case change in mean free path is more.

If the pressure of a gas is doubled and the temperature is tripled, by how much will the mean free path of a gas molecule in a vessel change?

If the pressure of a gas is doubled and the temperature is tripled, by how much will the mean free path of a gas molecule in a vessel change?

Among the following cases, in which case mean free path increases

An ideal gas at initial pressur e P_(1) and volume V_(1) undergoes reversible expansion to the same volume V_(f) either isothermally or adiabatically . Consider the following statements : 1. |P_(f)( adiabatic ) lt P_(f)( isothermal )|" " 2. |W( adiabatic ) |lt|W( isothermal )| 3. |T_(f)( adiabatic ) lt T_(f)( isothermal )|" " 4. |q( adiabatic )|lt|q( isothermal )| where the symbols have their usual meaning. How many statements of the above are correct?

An ideal gas at initial pressur e P_(1) and volume V_(1) undergoes reversible expansion to the same volume V_(f) either isothermally or adiabatically . Consider the following statements : 1. |P_(f)( adiabatic ) lt P_(f)( isothermal )|" " 2. |W( adiabatic ) |lt|W( isothermal )| 3. |T_(f)( adiabatic ) lt T_(f)( isothermal )|" " 4. |q( adiabatic )|lt|q( isothermal )| where the symbols have their usual meaning. How many statements of the above are correct?

Statement-1: Two gases at same pressure, volume & temperature are compressed to same volume. The first isothermally and second adiabatically, greater work is done on the gas for an adiabatic process. Statement-2: Final temperature for gas going under isothermal process is more than gas going under adiabatic process.

Statement-1: Two gases at same pressure, volume & temperature are compressed to same volume. The first isothermally and second adiabatically, greater work is done on the gas for an adiabatic process. Statement-2: Final temperature for gas going under isothermal process is more than gas going under adiabatic process.