The work done in ergs for the reversible expansion of one mole of an ideal gas from a volume of 10 litres to 20 litres at \[{{25}^{o}}C\] is [CMC Vellore 1991]

\[2.303\times 298\times 0.082\,\log \,0.5\]

\[2.303\times 298\times 0.082\,\log \,2\]

\[298\times {{10}^{7}}\times 8.31\times 2.303\,\log \,2\]

\[8.31\times {{10}^{7}}\times 298-2.303\,\log \,0.5\]

\[2.303\times 298\times 2\,\log \,2\]

The work done in ergs for the reversible expansion of one mole of an i

1.	The work done in ergs for the reversible expansion of one mole of an ideal gas from a volume of 10 litres to 20 litres at \[{{25}^{o}}C\] is [CMC Vellore 1991]
A.	\[2.303\times 298\times 0.082\,\log \,2\]
B.	\[298\times {{10}^{7}}\times 8.31\times 2.303\,\log \,2\]
C.	\[2.303\times 298\times 0.082\,\log \,0.5\]
D.	\[8.31\times {{10}^{7}}\times 298-2.303\,\log \,0.5\]
E.	\[2.303\times 298\times 2\,\log \,2\]
Answer» C. \[2.303\times 298\times 0.082\,\log \,0.5\]

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The work done in ergs for the reversible expansion of one mole of an ideal gas from a volume of 10 litres to 20 litres at \[{{25}^{o}}C\] is [CMC Vellore 1991]

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