Most users will now have the second or subsequent printing of this text. A number of corrections were made at the second printing that are not listed here. The list below gives corrections that will be made in the third or later printings. To report additional corrections or make other suggestions for subsequent printings, contact wolfson@middlebury.edu.

Note to Macintosh users of the Instructor's Solutions Manual CD:

Users of the Macintosh Word version of the Instructor's Solutions Manual on CD may have trouble printing solution sets with material taken from the CD. The difficulty is in the equations, which were evidently set with MathType in a windows environment. They must be updated before they'll print correctly from a Mac. The procedure described below accomplishes this; unfortunately, it's only available if you have MathType installed on your Mac and set up to work with Microsoft Word.

To update equations, have your Word document (not the file from the CD) as the active document. Choose "Update Equations" from Word's "Tools" menu. Make sure the "Range" selection is set to "Whole document," then click "Update." The process may take a few minutes. You should then be ready to print.

Errata by page:

Page	Error description
	Corrections to be made at third printing:
24	In Example 2-1, change text at top of 2nd column to read "On the other hand, you've gone an extra 2x700 km, for a total of 2400 km in the 4.0 h. Thus your average speed is (2400 km)/(4.0 h)=600 km/h, more than twice your average velocity."
26	In Fig. 2-4, interchange Dx and Dt labels
70	In Example 4-1, insert superscript 2 after "m/s)" in first equation
270	Figure 11-9 is cut off at left
367	In Figure 15-7, (a) should label curve that starts at highest position
420	In first equation (2nd line of text), delete minus sign and change cos to sin
577	Insert lower case italic y after Q in right-hand side of displayed equation in left column
622	In Table 24-1, (1) change r to R in denominator of expressions field of solid, uniformly charged sphere (two occurrences); (2) delete r in denominator of expression for field of solid, charged cylinder
655	Add units (meters) to Fig. 25-42
789	Fig. 30-37, left most text box, change "clockwise" to "counter-clockwise"
A-21	(1) insert "net" before "force" in p. 111 answer (2) change p. 144 answer to read "Because either the object was on a sloping surface (Example 6-10) or a third force with a normal component was present (Example 6-9)
A-23	Answer to Chapter 3, problem 23: interchange 8.4 and 5.4
A-36 (Extended version)	Answer to Chapter 45, problem 19: change to "5x104, about 13 million gallons"
	Corrections to be made after third printing:
81	Fig. 4-22a should not have q in it
91	In problem 80, expression at the end should read: x/(2 tan q)
172	In "Got it" box, change 10 J to 100 mJ
274	Answer to exercise should read 1.36 Mm/s, 0.496 Mm/s for incident and struck protons, respectively.
316	3 lines above Tip Box, in "torque in Fig. 13-5 is upward" reference should be to Fig. 13-4
332	In problem 39, second figure reference (line 5 of problem) should be to Fig. 13-34
399	4 lines above Example 16-2, "In Section 16.6" should read "In Section 16.7"
497	Next to last line, change "1 gram" to "12 grams"
574	Answer to exercise following Example 23-1 should be increased by factor of 10, to 14.4 ihat + 10.8 jhat mN.
576	In 4th line of paragraph opposite Fig. 23-9, change "F12 and F13" to "F13 and F23"
869, 870	In Example 33-4, on p. 869, last line of left-hand column, change last phrase to "what will be the peak capacitor voltage at resonance?" In (c) of left-hand column on p. 870, change text to read "At resonance the current is simply V sub p / R, so the Ohm's-law-like Equation 33-5 shows that the voltage at this frequency is given by" If space permits, add above EXERCISE in right-hand column: "(This 32 V is not quite the maximum capacitor voltage, which is 34.1 V and occurs at 900 Hz.)"
945	In un-numbered equation just above Equation 36-2, delete minus sign on left-hand side
970	In problem 72, line 2, change "convex" to "concave"
977	In line just above Equation 37-3, change equation reference to Equation 34-21b
A-20	In Appendix E, mass of Europa should read 0.0478
A-21	In answer to "Got it", p. 172, change 5 J to 50 mJ (goes with correction on p. 172)
A-21	Answer to "Got it", p. 297, should read "Because more of its mass is closer to the rotation axis."
A-23	Answer to Chapter 1, problem 9: change to 0.62 rad
A-23	Answer to Chapter 2, problem 83: change to 113 m
A-24	Answer to Chapter 3, problem 37: replace entire answer with one word: "southwest"
A-25	Answer to Chapter 7, problem 3, should read 0.15 MJ (change N to M)
A-25	Answer to Chapter 8 problem 5, (b) should have a minus sign: -59 kJ
A-26	Answer to Chapter 13 problem 5: units should be s, not rad/s
	Corrections to Solutions Manual
	Problem 18-4a: Answer should read 176 not 167