Nilsson/Riedel, Electric Circuits, 6/e, revised printing

Errata

October 3, 2000

 page correction 9 Table 1.2: Change 6th entry to read Electric potential volt (V) W/A 25 Table P1.27: change the voltage for element b from -18 to 18. 25 Fig. P1.28: add dark node marks in four places, above and below element c and element d. 34 Example 2.3: in part (b) of the Solution change the subscript on the second power equation from 0.2S to 0.2S. 55 Fig. P2.8: add dark node marks in two places, above the 80V source and below the 4A source. 94 P3.22: in the equation given in part (a), change the subscript on the first R from L to 1 (one). 163 Fig. P4.8: move the symbol v2 so that it lines up on the diagonal between the + above the 5S resistor and the - to the left of the 2.5S resistor. 185 P4.94: in the numerator of the first equation change V2 to v2 (make the symbol "vee" lower case). 188 Replace the strain gage drawing with a drawing of a bending bar with strain gages attached. 210 Remove several smudge marks on this page. 231 Example 6.1: in part (b) of the Solution, the units in the first line should be A/s, not A/S. 233 Fig. 6.5: change the lower right equation to read v = 20te-10t V, t>0 (there should not be a "v" in the exponent; a "V" should appear to represent the unit of volts). 242 DE 6.2: change the units on the answer to part (c) from mJ to :J. 294 Fig. 7.18: extend the dashed box so that its upper right corner intersects the solid blue curve. Also, the blue line to the left of t=0 should be on top of the black axis, not above it. 325 Fig. P7.9: change the value of the left inductor from 2 mH to 6 mH. 329 Fig. P7.23: change the value of the left resistor from 24 kS to 25 kS. page correction 349 P7.100: in the seventh line of the problem statement (just above part a) change the units on the resistance value from ke to kS. 439 Fig. 9.30: remove the vertical lines through both sources, leaving the + and -. 440 Fig. 9.32: remove the vertical line through the dependent source, leaving the + and -. 440 DE 9.15: change the first part of the answer from 0.5p-45o to 10p45o. 458 DE9.20: add the notation "Ideal" below the ideal transformer in the figure (see Fig. 9.47 for correct placement of "Ideal"). 459 Fig. 9.50: change the value of the capacitor from 50:F to 800 :F. 471 P9.28: in the second line of part (a), change the figure referenced from Fig. 9.27(a) to Fig. P9.27(a). 496 Table 10.1: change the first entry under "Comfort conditioning" from "aircondition(room)" to "air conditioner(room)." 516 Example 10.10: the second equation in the Solution to part (b) should be changed to read P = (1.4142 x 10-3)2(4000) = 8 mW. 533 Fig. P10.37: change the value of the dependent source from 1.5VF to 0.2VF. 621 Fig. P12.1: extend the blue curve along the time axis both to the left and to the right of the sinusoidal curve, so that the function is zero-valued for t < 0 and for t > 4. 634 DE 13.2: change the value of the resistor in the second line of the problem statement from 500S to 2000S. 645 DE 13.6: change the answer to read (a)VTh = Vab = [20(s+2.4)]/[s(s+2)], ZTh = 5(s+2.8)/(s+2); (b) Iab = [20(s+2.4)]/[s(s+3)(s+6)]. 652 Change the table referenced in the second line from Table 13.1 to Table 12.1. 653 DE 13.10: change the answer to part (a) so that the argument of the cosine is (3t - 126.87o), not (3t + 126.87o). 895 Table 17.1: delete ejTot from the rightmost column of the entry labeled (complex exponential); the rightmost column should read 2B*(T - To). 996 Fig. C.6: delete the value 800S from the middle of the magnetically coupled coils. 1000 Fig. C.14(a): the subscript on the symbol L in the top inductor should be 1, not 2. 1004 In the second line of text below Eq. D.1 change the equation referenced from Eq. (15.66) to Eq. (14.64). 1009 Appendix F, entry 11: remove the term b2 from the second line and place it at the end of the first line, to read a2 à b2.

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