*4.38 Determine vo and the power dissipated in R1 in thecircuit of Fig. P4.38.5 ΚΩ2 V7 kN3 ΚΩ2 kΩ4 V( +3 kQ4 ΩkΩ RLk ;2 k2 RLFigure P4.38: Circuit for Problem 4.38.

In this question we will find output voltage and power dissipated in load resistance...

Answered: *4.38 Determine vo and the power…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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4.26 Use the node-voltage method to find v, in the cir- cuit in Fig. P4.26. Figure P4.26 15 V 100 50₂ 330 20 200400
*4.24 Find the value of v, in the circuit in Fig. P4.24. 4 kΩ ww 6 kΩ 6 ΚΩ Do 2 mA (1 :2 ΚΩ 5 V( + Figure P4.24: Circuit for Problem 4.24.
P 4.4-9 The node voltages in the circuit shown in Figure P 4.4-9 are V₁ = 4 V, v₂ = 0 V, and v3 = -6 V Determine the values of the resistance, R, and of the gain, b, of the CCCS. : U1 10 22 ia Figure P 4.4-9 www 40 S2 10 V +. 02 2022 bia V3 ww R
4.22 a) Find the node voltages v₁, v2, and v3 in the circuit in Fig. P4.22. b) Find the total power dissipated in the circuit. FIGURE P4.22 210 V1 100 25 02 M 50 0 www io V2 200 0 V3 >50 200 www 510 38.5 V
4.51 Solve for v, in terms of v; for the circuit in Fig. P4.51. 10 ΚΩ 12 k2 2 ΚΩ 6 ΚΩ Do + 4 V + 3 V Figure P4.51: Circuit for Problem 4.51.
4.9 Find V, in the network in Fig. P4.9 using superpositon. + V, - O 3 kN 8 kN 12 V 6 k2 2 mA 2 kn Figure P4.9
Problem 4.10 The variable resistor in the circuit in Fig. P4.10 is adjusted for maximum power transfer to R0. a) Find the value of R0. b) Find the maximum power that can be delivered to R0.
4.7 a) Use the node-voltage method to find the branch 1 currents ia through ie in the circuit shown in Fig. P4.7. b) Find the total power developed in the circuit. FIGURE P4.7 256 V 20 12 ww 16.02 www To 2400 40 0 www id 320 f 128 V
4.30 Use the node-voltage method to find the power PSPICE developed by the 20 V source in the circuit in Fig. P4.30. MULTISIN Figure P4.30 35 is 20 40 202 20 V isl 40 2 80 0 3.125 A
4.15 The circuit shown in Fig. P4.15 is a de model of a residential power distribution circuit. a. Use the node-voltage method to find the branch currents i1-16- b. Test your solution for the branch currents by showing that the total power dissipated equals the total power developed. Figure P4.15 120 V 120 V 0.50 www 0.5 (2 www 44202 is 100
4.54.1 In the circuit shown in the image below, if Ro = 1.5 k2, Rx= 51 Q, and V1 2.0 V, determine the Thevenin voltage VTh (in V) for its Thevenin equivalent circuit observed between terminals a and b. Ro 40/ + Rx 2Vx V, ob Please pay attention: the numbers may change since they are randomized. Your answer should keep 3 places after the decimal point. Your Answer: Answer
Find the Thévenin equivalent with respect to the terminals a,b for the circuit in Fig. P4.67. Figure P4.67 10 A 30 0 5.2 0 w- a 500 V 12 0 b

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*4.38 Determine vo and the power dissipated in Ri in the circuit of Fig. P4.38. 5 ΚΩ 2 V 7 kN 3 ΚΩ 2 kΩ 4 V( + 3 kQ 4 ΩkΩ RL k ; 2 k2 RL Figure P4.38: Circuit for Problem 4.38.