Chapter 3
Page 38
![](https://caubin.ace.fordham.edu/wp-content/uploads/2024/03/INsimp-1024x438.png)
Chapter 4
Page 80
Problem 4.3(a): The conversions should be x’ = m ω x, y’ = m ω y, and z’ = m ω z.
Chapter 6
page 113
Eq. (6.23) should be
![](https://caubin.ace.fordham.edu/wp-content/uploads/2024/03/lnOmega.png)
page 134
In the Thermodynamic Square box, the example used is dF but it should be dG. Thus,
dF = ( ) d p + ( ) dT
should be
dG = ( ) d p + ( ) dT
and after adding in the diagonal variables,
dF = V d p + S dT
should be
dG = V d p + S dT
Then with the proper signs,
dF = V d p – S dT
should be
dG = V d p – S dT
Page 138
Step 4 of the crushing procedure, κ is missing a minus sign.
page 152
Problem 6.5 should read: “in terms of T, v, α, and (∂α/∂T)p.”
Chapter 7
page 170
Eq. (7.28) should be η = W/Qh.
Chapter 8
Page 196
Figure 8.4(b): 2T should be T
page 202
In Exercise 8.16, Eq. (8.59) can be written as
![](https://caubin.ace.fordham.edu/wp-content/uploads/2024/03/VdWEx-2.png)
page 206
Problem 8.6(c) dQ should have a slash through the d.
page 208
Problem 8.12(a), the final pressure should be in
terms of p and the volumes Vr and Vl.
Chapter 9
page 219
Eqs. (9.22) and (9.23) should have u0 in place of η.
Chapter 10
Page 264
Eq. (10.49) should be
![](https://caubin.ace.fordham.edu/wp-content/uploads/2024/04/image.png)
page 279
Problem 10.23(c) should have answers in terms of ζ’, the single-particle partition function for the gaseous form of the substance.