Question

1. Calculate the work done on the system when 1.00 mol of gas held behind a piston expands irreversibly from volume of 1.00dm cube to a volume 10.00dm cube against an external pressure of 1.00 bar.
2. A perfect gas expand reversibly at a constant temperature of 298k so that its volume doubles. What is the change in the molar internal energy of the gas?
1. Calculate the work done on the system when
1.00 mol of gas held behind a piston expands
irreversibly from volume of 1.00dm cube to a
volume 10.00dm cube against an external
pressure of 1.00 bar.
2. A perfect gas expand reversibly at a constant
temperature of 298k so that its volume doubles.
What is the change in the molar internal energy of
the gas?

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