Calculate the work done (in Joules) during the gas-phase hydration of ethylene to produce ethanol in which the volume of the gases changes from 33.81 L to 16.90 L at a constant pressure of 5.223 atm and temperature. C 2H 4(g) + H 2O(g) ↔ C 2H 5OH(g) The product of pressure and volume change should give units of L*atm. It can be shown that 1 L*atm = 101 J. Key Concept:: Work is accomplished by causing a volume change at some pressure: w = −PΔV where ΔV = the change in volume

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  1. Calculate the work done (in Joules) during the gas-phase hydration of ethylene to produce ethanol in which the volume of the gases changes from 33.81 L to 16.90 L at a constant pressure of 5.223 atm and temperature.
    C 2H 4(g) + H 2O(g) ↔ C 2H 5OH(g)
    The product of pressure and volume change should give units of L*atm. It can be shown that 1 L*atm = 101 J.

    Key Concept:: Work is accomplished by causing a volume change at some pressure: w = −PΔV where ΔV = the change in volume
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