24.2 liters of N2 at 0 degree Celsius and 5 atm pressure are expanded isothermally against a constant pressure of 1 atm until the pressure of the gas is also 1 atm. Assuming the gas

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Q. Two litre of

N_{2}

0^{o} C

and 5 atm are expanded isothermally against a constant external pressure of 1 atm until the pressure of gas reaches 1 atm. Assuming the gas to be ideal calculate work of expansion?

Q. Two-litre of

N_{2}

0^{o}

C and

5

atm pressure is expanded isothermally against a constant external pressure of

1

atm until the pressure of gas reaches

1

atm, work of expansion is:

[assuming gas to be ideal]

Q. Two litres of

N_{2}

0^{C}

and

5 a t m

pressure are expanded isothermally against a constant external pressure of

1 a t m

until the pressure of gas reaches

1 a t m

Assuming gas to be ideal, work of expansion is:

Q. Two litres of

N_{2}

0^{0}

C and

5

atm are expanded exothermally against a constant external pressure of

1

atm until the pressure of gas reaches

1

atm. Assuring gas to be ideal. Calculate work of expansion?

$2.8 g$ of $N_{2}$ gas at $300$ K and $20$ atm was allowed to expand isothermally against a constant external pressure of $1$ atm. Calculate $W$ for the gas.

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