I2 1.32Waveform AIn Figure Q1.32:(a) A leads B by 90°.(c) A leads B by 45°.Figure Q1.32(b) A lags B by 90⁰.(d) A lags B by 45°.1.33 The reactance of a capacitor with a value of 100 µF, connected to a voltagesource whose frequency is 50 Hz, is:(a) 0.03 2 · (b) 100 μΩ(c) 200 Ω(d) 31,8 ΩWaveform BH1.34 A sine wave voltage from a function generator is applied to an inductor.The voltage will:(a) lag the current by 90°.(c) lead the current by 90°.1.36 For a certain series RC circuit, the reactiveapparent power is 500 VA. The true power is:(a) 800 W(b) 200 W(c) 400 W1.37 The impedance of a seriesreactance value is:(4) 250 Ω1.35 In a series RC circuit connected to a sine wave a.c. source voltage, 10 Vr.m.s. is measured across the resistor and 20 V r.m.s. is measured across thecapacitor. The r.m.s. source voltage is:(a) 30 V(b) 22.4 V(c) 44.7 V(d) 60 Vpower is 300 VAr and the(d) 583 WRL circuit is given as 10002+j1500. The(c) 180.3 Ω (Φ) 150 Ω(b) 100 (2(b) be in phase with the current.(d) lag the current by 45°.

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1.32 Waveform A In Figure Q1.32: (a) A leads B by 90°. (c) A leads B by 45°. Waveform B D Figure Q1.32 (b) A lags B by 90⁰. (d) A lags B by 45°. 1.33 The reactance of a capacitor with a value of 100 µF, connected to a voltage source whose frequency is 50 Hz, is: (4) 0,03 Ω (b) 100 μΩ (c) 200 (2 (d) 31,8 Ω 1.34 A sine wave voltage from a function generator is applied to an inductor. The voltage will: (a) lag the current by 90⁰. (c) lead the current by 90°. (b) be in phase with the current. (d) lag the current by 45°.

1.32 Waveform A In Figure Q1.32: (a) A leads B by 90°. (c) A leads B by 45°. Waveform B D Figure Q1.32 (b) A lags B by 90⁰. (d) A lags B by 45°. 1.33 The reactance of a capacitor with a value of 100 µF, connected to a voltage source whose frequency is 50 Hz, is: (4) 0,03 Ω (b) 100 μΩ (c) 200 (2 (d) 31,8 Ω 1.34 A sine wave voltage from a function generator is applied to an inductor. The voltage will: (a) lag the current by 90⁰. (c) lead the current by 90°. (b) be in phase with the current. (d) lag the current by 45°.

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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