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14. For the circuit depicted in Fig. 14.11, take s = −200+j150 s¹. Determine the ratio of the frequency-domain voltages V₂ and V₁, which correspond to v₂ (t) and u₁(1), respectively. 15 If the complex frequency describing the circuit of Fig 14 11 is s-150 +

14. For the circuit depicted in Fig. 14.11, take s = −200+j150 s¹. Determine the ratio of the frequency-domain voltages V₂ and V₁, which correspond to v₂ (t) and u₁(1), respectively. 15 If the complex frequency describing the circuit of Fig 14 11 is s-150 +

Introductory Circuit Analysis (13th Edition)
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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Can someone explain exercise 14 please. Im not sure where to start .

i(t) 21 Ω ww + 1 100 mH FIGURE 14.11 22 14. For the circuit depicted in Fig. 14.11, take s = −200+j150 s¹. Determine the ratio of the frequency-domain voltages V₂ and V₁, which correspond to u₂ (1) and u₁(1), respectively. 15. If the complex frequency describing the circuit of Fig. 14.11 is s = -150+ j100 s¹, determine the time-domain voltage which corresponds to a frequency-domain voltage V₂ = 5/-25° V. 16. Calculate the time-domain voltage v in the circuit of Fig. 14.12 if the frequency-domain representation of the current source is 2.3/5° A at a complex frequency of s= -1 +j2s-¹. 17 The circuit of Fig 14 12 is onerated for an extended period of time without
Transcribed Image Text:i(t) 21 Ω ww + 1 100 mH FIGURE 14.11 22 14. For the circuit depicted in Fig. 14.11, take s = −200+j150 s¹. Determine the ratio of the frequency-domain voltages V₂ and V₁, which correspond to u₂ (1) and u₁(1), respectively. 15. If the complex frequency describing the circuit of Fig. 14.11 is s = -150+ j100 s¹, determine the time-domain voltage which corresponds to a frequency-domain voltage V₂ = 5/-25° V. 16. Calculate the time-domain voltage v in the circuit of Fig. 14.12 if the frequency-domain representation of the current source is 2.3/5° A at a complex frequency of s= -1 +j2s-¹. 17 The circuit of Fig 14 12 is onerated for an extended period of time without
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