Chapter 5

• p 172, Figure 1(b): replace the voltage source by a current source with the arrow pointing up; change Equation 1(b) to .
• p 173: do not bother about calculating the power for the example of Figure 2; power calculations for sinusoidal signals will only be discussed in Chapter 12.
• p 173, Figure 2(a): replace by .
• p 174, equations at the page's top: it would be more consistent of the author to define the Ohm's Law equation for Branch 1 (the accompanied current source) as: and the KCL equation for the top left node as . Of course, the same results as the book are obtained after solving the equations.
• p 176, Equation Set 4: replace in second equation by .
• p 177, third paragraph: replace ``(Look back at Figure 12 ...'' by ``(Look back at Figure 14 ...''.
• p 182, Answer to Exercise 1: there are 13 trees and not 10.
• p 187, Figures 11(a+b): add label ``5'' to the center node.
• p 188, Exercise 4: replace ``solid branches'' by ``solid twigs''.
• p 194, Figure 15(c): replace voltage source by a current source with arrow pointing up; note that in Figures 15(b+c) is referred to as in the text.
• p 198, Figure 18(b): place a node at the point marked .
• p 200, Figure 19(b): Branches 1 and 3 should be dashed lines; note that the branch orientation in the graph follows the orientation of the resistors in the accompanied sources; the label is missing in Figure 19(c).
• p 210: add before last sentence: The controlled source coefficient is also in mS.
• p 208, Figure 24(d), add to the CCVS.
• p 209, first paragraph: ``include the dissipative multiterminal components introduced in the preceding chapter'' is a wrong formulation as the multierminal components do not dissipate energy, some of them even generate energy.
• p 210, second equation from bottom: replace by .
• p 210, Figure 26: the arrow of the controlled source should point downwards.
• p 213: add word ANSWER above matrix on top of the page.
• p 213, second paragraph, in the sentence between parentheses: insert ``source'' after ``voltage''.
• p 213, sets of equations at the bottom: replace by in the second equation of the first set; replace twice by in the right-hand side of the second equation of the second set.
• p 221, Figure 34(b): the lowest of the two resistors with label should have label .
• p 222, Figure 35: replace by ; arrow of CCCS should point down.
• p 224, Figure 38(a): arrow of CCCS should point down.
• p 232, Problem 3b: there are 24 trees and not 21.
• p 232, Problem 4b: there are 73 trees and not 41.
• p 234, Problem 9: insert after first sentence: The given objective is to solve for each resistor current.
• p 238, Problem 31: delete ``same'' in the first sentence.