Consider three gas connected gas containers as shown in the figure below. Consider three gas connected gas...

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Chemistry

Consider three gas connected gas containers as shown in thefigure below.
Consider three gas connected gas containers as shown in thefigure below.
CO2 (g) P = 2.13, V = 1.50L
H2(g) P = 0.861 atm, V = 1.00 L
Ar (g) p = 1.15atm, V = 2.00L
Â Â Â T = 298K
Assume, that you open the two stopcock so that the gases canflow freely.
Calculate the change of the chemical potential of the entiresystem due to mixing the gases.
Using the change of the chemical potential of gases show thatthe mixing of three gases is spontaneous
Determine the value of D_mixH .
_mix = ______________________
_mixH = _____________________

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4.1 Ratings (563 Votes)

The chemical potential of a gas is given as i i0 RTlnPi where i is the chemical potential of the ith component in the system at pressure Pi and i0 is the standard chemical potential of the ith component at 1 bar pressure Let us calculate the number of moles of each component as Component Initial pressure atm Initial volume L Number of See Answer

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