8. Find the phase relationships between the following waveforms v₁ = 7 sin(@t-80) i, = 5 sin(at +20) 9. Define the following referring to an ac sine waveform a) Frequency b) Period c) Phase d) Cycle 10. Calculate the total capacitance of the of following capacitors in series 40μF, 70μF, 120µF, 30μF. 11. Calculate the total capacitance of the of following capacitors in parallel 40µF, 70μF, 120μF, 30μF. 12. Calculate the total inductance of the of following inductors in parallel 35mH, 75mH, 100mH, 20mH.
8. Find the phase relationships between the following waveforms v₁ = 7 sin(@t-80) i, = 5 sin(at +20) 9. Define the following referring to an ac sine waveform a) Frequency b) Period c) Phase d) Cycle 10. Calculate the total capacitance of the of following capacitors in series 40μF, 70μF, 120µF, 30μF. 11. Calculate the total capacitance of the of following capacitors in parallel 40µF, 70μF, 120μF, 30μF. 12. Calculate the total inductance of the of following inductors in parallel 35mH, 75mH, 100mH, 20mH.
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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