Nilsson/Riedel, Electric Circuits, 6/e, revised printing
Errata
October 3, 2000
page |
correction |
9 |
Table 1.2: Change 6^{th} 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 v_{2} 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 V_{2} to v_{2} (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-45^{o} to 10p45^{o}. |
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 1.5V_{F} to 0.2V_{F}. |
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)V_{Th} = V_{ab} = [20(s+2.4)]/[s(s+2)], Z_{Th} = 5(s+2.8)/(s+2); (b) I_{ab} = [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 - 126.87^{o}), not (3t + 126.87^{o}). |
895 |
Table 17.1: delete e^{jTot} from the rightmost column of the entry labeled (complex exponential); the rightmost column should read 2B*(T - T_{o}). |
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 b^{2} from the second line and place it at the end of the first line, to read a^{2} à b^{2}. |
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