For first day of class:Read parts of Chapter 1 enough to bring to class Schroeder's definitions of a) temperature, b) heat, and c)  work.

• 1.1, 1.3, 1.5
• 1.7a). Bulb OD: 5.0 mm, length 16 mm, column ID = 2/15 mm; dL/dT(exp) = (0.070m)/(30 K)
• 1.12
• 1.14, 1.15

• 1.16
• 1.17 a) and b) For ideas on part b), read p. 142
• 1.17 c) and d) For more on VDW equation, see p. 180
• 1.19, 1.20
  
• Thermal expansion coefficient of Al and Cu based on our 633 nm laser experiment

• 1.19,                  p. 13
• 1.22 a)  b)  c)     p.14
• 1.22 d) e)  f)
  
• 1.31                   p. 22

• 1.57   p. 39
• 1.58   p. 40
• 1.62   p. 40
• 2.8,    p. 59
  
• 2.10   p.60

• 2.17   p. 64
• 2.22   p. 66
  
• 2.27   p. 74
  
• 2.33,  p. 79

• 3.24   p. 107
• 3.36 a   p. 119
  
• Find the chemical potential of O2 at 300 K and 21000 Pa.

• 4.20   p. 133
• 4.22   p. 137
  
• 4.26   p. 137
  
• 4.30   p. 141
  

• 4.33   p. 143
• 5.4     p. 155
• 5.5     p. 155
  
• 5.11   p. 158
• a) 5.24  b) 5.25  p. 171
  
• 5.27  p.171
  

• 5.48   p. 185
• 5.50   p. 185
  
• 5.51   p. 185
  
• 5.52   p. 185
  
• 6.4     p. 225
• 6.16   p. 231
  

• Use 370.48 cm-1 for Br2 and 240.62 cm-1 for I2 and calculate Cp for each. Compare to 36.02 and 36.09 J/K
• 6.6  p.227
  
• a) 6.35  b) 6.37   p. 246
  
• 6.39 a) for Argon. I suggest Maple with Digits = 300
• 6.27 p. 245  (rotational partition function on the computer)