# given: A real gas has the equation of state Z = 1 + B’ p + C’ p2 at 270 K where B’ = - 0.04135 atm-1 and C’ = 0.00062465 atm-2 Plot the compression factor Z as a function of p in the range between p = 0 atm and p = 200 atm.  how to make the table and the plot and also need to show correct units. Determine the value of the pressure (in atm) in that the compression factor Z would change from Z < 1 to Z > 1?

Question

given: A real gas has the equation of state Z = 1 + B’ p + C’ p2 at 270 K where B’ = - 0.04135 atm-1 and C’ = 0.00062465 atm-2

Plot the compression factor Z as a function of p in the range between p = 0 atm and p = 200 atm.

how to make the table and the plot and also need to show correct units.

Determine the value of the pressure (in atm) in that the compression factor Z would change from Z < 1 to Z > 1?

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Chemistry