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An ideal gas occupying volume of 2 dm^(3...

An ideal gas occupying volume of `2 dm^(3)` and a pressure of 5 bar undergoes isothermal and irreversible expansion against external pressure of 1 bat. The final volume of the system and the work involved in the process is

A

`-2.303nRTlog((V_(f))/(V_(i)))`

B

`2.303nRTlog((V_(f))/(V_(i)))`

C

`-int_(V_(i))^(V_(f))VdV`

D

`((DeltaV)/(DeltaT))`

Text Solution

Verified by Experts

The correct Answer is:
B
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Knowledge Check

  • Pressure - Volume work involved in an isothermal compression is

    A
    `-2.303nRTlog((V_(f))/(V_(i)))`
    B
    `2.303nRTlog((V_(f))/(V_(i)))`
    C
    `-int_(vi)^(vf)Vdv`
    D
    `((DeltaV)/(DeltaT))`

  • 7.5 g of a gas occupies a volume of 5.6 litres at 0^(@)C and 1 atm pressure. The gas is

    A
    NO
    B
    `N_(2)O`
    C
    CO
    D
    `CO_(2)`

  • 7.5g of a gas occupies a volume of 5.6 litres at 0^(@) C and 1 atm pressure. The gas is :

    A
    NO
    B
    `N_(2)O`
    C
    `CO`
    D
    `CO_(2)`

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