[simonsci]

Hello, in pp. 46 of the book, I found that the author wrote 'Because the molar volume of a perfect gas is equal to RT/p, an
equivalent expression is Z=RT/pVm ° , which we can write as...', should the expression 'Z=RT/pVm °' be changed to 'pVm/RT'? Or did I made a mistake?

[mjc123]

My second edition says Z = pV_m/RT, so it looks like a mistake, but better check that yours is not using a different definition. Check the definition of Z, is it consistent with that expression, and is that expression consistent with others in the chapter/book? Is there a graph or table of values? My graph shows Z, as I've defined it, increasing monotonically with pressure for H₂ at 0°C, while for methane, ethene and ammonia it first decreases then increases. Your definition of Z would turn it upside down.

Tenth edition. That makes me feel old!

[simonsci]

Another typo in the book is in pp. 86. 

[mjc123]

Are you going to enlighten us? We don't all have it to hand, you know.

[Harshal]

On page 97, in Table 2D.2*, three data values are incorrectly shifted to the adjacent left column, namely - Tb /K for CO2 is printed as +1.10, whereas it should be kept blank. So actually μ/(K bar-1) for will be +1.10.
Similarly Tf/K for He is printed as 4.2. It should be printed in the next column for Tb/K.
And lastly, the value -0.060 printed in Tb/K for CO2 should be 4.2 as mentioned above, and μ/(K bar-1) for He should be -0.060.
All other values are in correct place, I believe.
Above correction based on the Resource section, page 979, Table 2D.2,
in the same book.
- Best Regards,
  H K.