Calculating Fugacity of Freon-12 at 82.2C, 9.65bar

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The discussion focuses on calculating the fugacity of Freon-12 at 82.2°C and 9.65 bar without relying on critical data. Participants suggest using the NIST Chemistry WebBook for necessary information and calculations. A formula for estimating fugacity is provided, but it's noted that the values referenced are for liquids, while the context involves a gas. Clarification is sought on how to adapt the calculations for gaseous conditions. The conversation emphasizes finding appropriate data and methods to accurately determine the fugacity of Freon-12.
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I need to find the fugacity of freon-12 (Dichlorodifluoromethane) at 82.2C and 9.65bar, using a method that does not require critical data. I'm assuming we can find any other information to solve the problem, but I not sure where to start..
 
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I suspect you should be able to find everything you need using the following website- http://webbook.nist.gov/chemistry/fluid/" , and the approximate calculation for fugacity.

\textsl{f}\approx\frac{P^2\overline{V}}{RT}

http://en.wikipedia.org/wiki/Fugacity
 
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Those values are for liquids, and in my problem, we have a gas!
 
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