Question 2 You are performing a practical experiment with the circuit in figure 2a. You have performed all your calculations but at the end you notice that the voltage source does not give you 115cos(t) Volts but 121cos(t + 8) Volts. You do not want to redo all your calculations so instead you decide to insert an impedance Zx into the circuit as in figure2b to balance out the voltage. www IF 115cos(t) V F121cos(t + 8) V IF 1H 1H Figure 2 - a) Q.2.1 Determine the value of the impedance Z, so that the rest of the circuit receives 115cos(t) Volts. Give your answer in ohms (N) and farads (F). Q.2.2 Prove by using voltage division that the original circuit does indeed receive 115cos(t) Volts. wwm

Question 2 You are performing a practical experiment with the circuit in figure 2a. You have performed all your calculations but at the end you notice that the voltage source does not give you 115cos(t) Volts but 121cos(t + 8) Volts. You do not want to redo all your calculations so instead you decide to insert an impedance Zx into the circuit as in figure2b to balance out the voltage. www IF 115cos(t) V F121cos(t + 8) V IF 1H 1H Figure 2 - a) Q.2.1 Determine the value of the impedance Z, so that the rest of the circuit receives 115cos(t) Volts. Give your answer in ohms (N) and farads (F). Q.2.2 Prove by using voltage division that the original circuit does indeed receive 115cos(t) Volts. wwm

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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