Download Introduction to Electric Circuits [SOLUTIONS MANUAL] PDF

Introduction to Electric Circuits [SOLUTIONS MANUAL]
Name: Introduction to Electric Circuits [SOLUTIONS MANUAL]
Author: richard c dorf
Pages: 671
Year: 2004
Language: English
File Size: 8.74 MB
Downloads: 0
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Errata for Introduction to Electric Circuits, 6th Edition Errata for Introduction to Electric Circuits, 6th Edition Page 18 , voltage reference direction should be + on the right in part B: Page 28 , caption for Figure 2.3 1: "current" instead of "cuurent" Page 41, line 2: "voltage or current" instead of "voltage or circuit" Page 41, Figure 2.8 1 b: the short circuit is drawn as an open circuit. Page 42, line 11: "Each dependent source ..." instead of "Each dependent sources..." Page 164, Table 5.5 1: method 2, part c, one should insert the phrase "Zero all independent so urces, then" between the "(c)" and "Connect a 1 A source. . ." The edited phr ase will read: "Zero all independent sources, then connect a 1 A source from terminal b to terminal a. Determine Vab. Then Rt = Vab/1." Page 340, Problem P8.3 5: The answer should be . Page 340, Problem P8.3 6: The answer should be . Page 341, Problem P.8.4 1: The answer should be Page 546, line 4: The angle is instead of . Page 554, Problem 12.4.1 Missing parenthesis: Page 687, Equation 15.5 2: Partial t in exponent: http://www.clarkson.edu/~svoboda/errata/6th.html (1 of 2)5/10/2004 7:4 1:43 PM


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Ex. 1.6 1 (a) The element voltage and current do not adhere to the passive convention in Figures 1.6 1B and 1.6 1C so the product of the element voltage and current is the power supplied by these elements. (b) The element voltage and current adhere to the passive convention in Figures 1.6 1A and 1.6 1D so the product of the element voltage and current is the power delivered to, or absorbed by these elements. (c) The element voltage and current do not adhere to the passive convention in Figure 1.6 1B, so the product of the element voltage and current is the power delivered by this element: (2 V)(6 A) = 12 W. The power received by the element is the negative of the power delivered by the element, 12 W. (d) The element voltage and current do not adhere to the passive convention in Figure 1.6 1B, so the product of the element voltage and current is the power supplied by this element: (2 V)(6 A) = 12 W. (e) The element voltage and current adhere to the passive convention in Figure 1.6 1D, so the product of the element voltage and current is the power delivered to this element: (2 V)(6 A) = 12 W. The power supplied by the element is the negative of the power delivered to the element, 12 W. Problems Section 1 3 Electric Circuits and Current Flow P1.3 1 55 4120 tt d itee dt A P1.3 2 55 0000 44 0410444 55 tttt t qtidqeddedte 5 C 0 P1.3 3 0 tt qtidd C for t 2 so q(2) = 0. 2 22 2222 tt t qtidqdt 4 C for 2 t 4. In particular, q(4) = 4 C. 4 44 41448 tt t qtidqdt 0 C for 4 t 8. In particular, q(8) = 0 C. 88 800 tt qtidqd C for 8 t . 1 2


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