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2.20,2.22,2.29,2.62 6 MA Figure P2.18 2.19 Find 11, and 1, in the network in Fig. P2.19....
Find I, I, and I, in the network in Fig. P2.13. 3 mA 1 12 mA w 4 mA 1. 2 mA Figure P2.13 Ix=-9 mA. ly=-10 mA, Iz=2 mA Ix-9 mA.ly=10 mA, Iz=-2 mA Ix- 9 mA. ly=-10 mA, Iz=-2 mA Ix-9 mA. ly=10 mA. Iz=2 mA
use thevenins theorem 5.62 In the network in Fig. P5.62, find V, using Thévenin's theorem. 12 V 1ke w to 5v.<$ 250 kn oi of Figure P5.62
Chapter 5, Problem 5.010 (Circuit Solution) In the network in the figure below, find using superposition. We were unable to transcribe this imageChapter 5, Problem 5.010 (Circuit Solution) In the network in the figure below, find I, using superposition. 5kn 6ko 36ko 1 Va= 12 V la = 6 MA I. with only ve turned on = I. with only Iturned on =
1. Find 10 in the network from following figure using superposition theorem only. 12 kn 120 6 mA 12 V 6 kn 6kn
1.19 Find I and the power absorbed by each element in the network of Fig. 1.30. 8A9v 6 Figure 1.30 For Prob. 1.19. 1.20 Find V, and the power absorbed by each element in the circuit of Fig. 1.31. 1.- 2A 28 V 12 V TIA 28 V 30 V + 6A1 Figure 1.31 For Prob. 1.20.
Problem 6 The following dc measurements were made on the resistive network shown in (Figure 1). Measurement 1 Measurement 2 V =4V Vi = 20 mV 11 =5 mA I = 20 MA V2=0 V = 40 V 12 = -200 mA 12 = 0 A variable resistor R, is connected across port 2 and adjusted for maximum power transfer to R Suppose that V = 6.25 mV. Figure 2500 + v Resistive network Find the maximum power. Express your...
20 kΩ 4 mA 3i FIGURE 3.69 36. Find ir in the circuit of Fig. 3.69.
Given Vo in the network in the figure, find IA 12 V 2 mA the tolerance is +/-100
Computer Science, Physics and Engineering Q5: [ 20 points). For the network in Fig. 5: a. Find the Thévenin equivalent circuit. b. Find the resistance R in Fig. 5 such that the resistor R will receive maximum power. c. Find the maximum power delivered to R. R3 R w 612 NNN E 18 v RB3n Figure 5: Problem Q5
= For the circuit of Fig. 8.27, let io(t < 0) = -1 mA, 1,(t > 0) = 2 mA, R 2.000 Q, R = 3,000 12, and L = 20 mH. a. Find va for t > 0. b. What is the approximate duration of the transient? 6. Sketch va(t). FIGURE 8.27