INTRODUCTION TO CHEMICAL ENGINEERING THERMODYNAMICS

INTRODUCTION TO CHEMICAL ENGINEERING THERMODYNAMICS J.M. Smith

H.C. Van Ness

M.M. Abbott

LIST OF CORRECTIONS TO FIRST PRINTING OF 6TH EDITION • Page 17, Pbs. 1.7 and 1.8: The atmospheric-pressure values should be 101.78 kPa and 29.86(in Hg), respectively. • Page 37, Subheading 2.9: Font errors. • Page 62, Subheading 3.1: Font errors. • Page 120, Pb. 3.56(b): The equation number at the end of the last line should be (3.38). • Page 137, Section heading 4.6: The symbol preceding

H ◦ should be
.

• Page 152, Pb. 4.27(b): The first word is ”Determine”. • Page 186, Replace the line following Eq. (5.42) with the following: • Page 215, First line below Eq. (6.65): Delete ”and h”. • Page 236, Pb. 6.12: The equation number should be (3.40). • Page 287, Delete the 8.1 at the end of Eq. (8.1). • Page 311, Footnote 2: The kJ per hour value should be 12,660. • Page 349, Example 10.2 has no unique solution without the specification af an additional intensive variable. (Application of the phase rule yields F = 2.) So specify x1 = 0.01, and solution is direct. • Page 419, Second line below Eq. (12.2): Figure number should be 12.3. • Page 428, Footnote 5: Replace ”no. 6” with ”pp. 1040–1048”. • Page 461, Pb. 12.22, Parts (a) & (b): Replace ”BUBL P” & ”DEW P” with ”BUBL T” & ”DEW T”. • Page 475, Eq. (13.12): Delete the minus sign. ◦

• Page 475, Boldface item: The symbol preceding G should be
. • Page 515, Line following Eq. (13.45): Delete the square brackets around Fig. 13.6(a). • Page 544, Second line below the small table: For parameter a the exponent should be 105 . • Page 544, Fourth line below the small table: Numerator of fraction should be β(Z − β). • Page 545, Second line below Eq. (14.53): The equation number should be Eq. (14.52). • Page 557, Boldface item: The symbol preceding G should be
. • Page 560, Eqn. at top of page: Add subscript 1 in numerator of first term. • Page 572, First of the 3 eqns. at bottom of the page; left side should be G E /x1 x2 RT . • Page 659, The chemical formulas for n-Heptane and n-Octane are C7 H16 and C8 H18 .

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