errata-BSL2_dc2004-08-04_(3rd_printing)

errata-BSL2_dc2004-08-04_(3rd_printing) - Emeritus Prof. R....

Info iconThis preview shows pages 1–4. Sign up to view the full content.

View Full Document Right Arrow Icon

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full DocumentRight Arrow Icon

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full DocumentRight Arrow Icon
This is the end of the preview. Sign up to access the rest of the document.

Unformatted text preview: Emeritus Prof. R. B. Bird Chemical and Biological Engineering Department University of Wisconsin Madison WI 53706 USA 19 August 2004 Office Tel: 608-262-5920 Dept. Tel: 608-262-1092 Home Tel: 608-230-3748 Dept. FAX: 608-262-5434 e-mail: bird@engr.wisc.edu ERRATA TO 3 RD PRINTING OF TRANSPORT PHENOMENA, MOSTLY CONTRIBUTED BY PROFESSOR CARLOS A. RAMIREZ. ENTRIES MARKED WITH * ARE ADDITIONAL CORRECTIONS FROM PROFESSOR RAMIREZ TABULATED ON MAY 6 TH . ENTRIES MARKED WITH # ARE FROM PROFESSOR DAI GANCE (East China Institute of Chemical Technology) RECEIVED ON JUNE 2. ENTRIES MARKED WITH (FROM PROFESSOR RAMIREZ) ARE AWAITING THE APPROVAL OF E.N.L. Page Location Reads Should Read 27# 11 lines after 1.4-16 CHOH CH 3 OH 37 Question 10 Fig. 1.4-2 Fig. 1.4-3 49 1 line above 2.3-7 (Eq. 2.3-8) Eq. 2.3-6 (no parentheses) 89 1 line above 3.6-19 Equation 3.5-16 Equation 3.6-16 104 Question 6 Example 3.5-3 Example 3.6-3 112* Eq 3C.5-3 In the second line, the first term should be preceded by a minus sign and, the last term should be multiplied by II I [ ] [ ] 116 1 line above 4.1-5 Eq. 4.4-1 Eq. 4.1-1 131 Fig 4.3-3 legend 1 = cr r v 1 = r c r v 1 + = cr r v 1 + = r c r v 137 Line 3a by a function be a function 140 Caption to Fig 4.4-4 Fig. 4.3-4(ii) Fig. 4.3-3(ii) 140 4 lines after 4.4-35 Fig. 4.3-4(a) and Fig. 4.3-5 Fig. 4.3-3(i) and Fig. 4.3-4 147 Eq 4C.2-8 kI kI 148 2 lines after 4C.2-18 = 10cm 2 / s = 10 2 cm 2 / s I = 2500gm cm 2 I = 2500gm cm 2 148* 3 lines after 4C.2-18 10 6 dyn cm. 10 6 dyn cm, = 1gm cm 3 , a 1 ( ) R = 10 2 cm . 174 Eq 5C.1-10 J z W JW z 175 Eq 5C.2-4 b 2 a 2 ( ) 3 2 a + 1 b 2 ( ) 3 2 1 b 2 1 a 2 ( ) [ ] 176 Above Eq 5C.3-3 Eq. 5B.2-2 Eq. 5C.3-2 176 Eq 5D.2-1 1 2 v 2 (twice) 2 2 1 v (twice) 189 Fn 2 University of Bandung Bandung Institute of Technology 196* Eq 6C.3-2 S S 205 2 lines after 7.4-11 Eq. 7.4-10 Eq. 7.4-11 252 Line 3b Eqs. 8.5-14 and 15 Eqs. 8.5-12 and 13 261 Eq 8C.1-2 r + r 313 Line 1a term containing of the equation of motion, and the term containing 315 Eq 10.8-32 24 7 8 1 325 Eq 10B.9-2 , ( ) , ( ) 332 Line 3 of Prob 10D.2 verify Verify 332 Eq 10D.2-5 q w q 363 2 lines above 11B.2-3 Multiply by Multiply Eq. 11B.2-1 by 368 Prob 11B.13 (heat per unit per unit time) (heat per unit area per unit t i m e ) 371 Prob 11C.6, line 5 local unit normal local unit vector normal 371 Eq 11C.6-4, left side + 371 Eq 11C.6-4, right side S S 373 Eq 11D.3-1 ( ) dV V g v ( ) dV V g v 385* Eq. 12.2-24 Remove the 1 from the large parenthesis....
View Full Document

Page1 / 11

errata-BSL2_dc2004-08-04_(3rd_printing) - Emeritus Prof. R....

This preview shows document pages 1 - 4. Sign up to view the full document.

View Full Document Right Arrow Icon
Ask a homework question - tutors are online