Solve first four parts 06) To convert a galvanometer to a voltmeter, you have to connectA) a small R in series with the galvanometer 8) a large R in series with the galvanometerB) a small R in parallel with the galvanometer D) a large R in parallel with the galvanometerEl a small in series with the voltmeterPotentiometer: (Q07, Q08)207)The relation between the length of a wire of radius 0.4mm and resistivity 1.59x10 "Q.mand the corresponding voltage at that length isL.(m) 105.38 V.(V),then the current passes through the wire in Amperes isB) 0.5A) 0.4c) 0.1E) 0.6D) 0.3200cm and E=8V, the length of the wire when the voltmeter gives 4.5V in metersB) 1.6A) 0.57C) 0.88E) 2.7D) 1.1RC-Circuit: (Q09, Q10, Q11)Q09) A 30μF uncharged capacitor is connected in series to a 300k resistor, if E=40V, thetime instant t when V-13V in seconds isA) 5.78) 8.2C) 10.1D) 11.6E) 3.5210) If C-70μF and R=500k, then T in seconds equals:A) 35B) 24C) 48D) 52E) 7211) When charging a capacitor, if the voltage across the resistor R-150K is given by th-lation V₁-6 e RC, the current in Amperes when t=0 equalsA) 8.0x10³B) 4.0x10³C) 11.3*10** D) 14.67*10E) 25.1*10Measurements of Horizontal Components of Earth's Magnetic Field: (012, 013)2: The angle of the magnetic needle if the reduction factor K= 0.1A, coil resistance0, E-12V and external resistance of 30002, equals:A) 9⁰B) 7°C) 13.5"D) 30°E) 18⁰

three problem of potentiometer is solved by use of potentiometer and voltmeter property

06) To convert a galvanometer to a voltmeter, you have to connect A) a small R in series with the galvanometer B) a large R in series with the galvanometer B) a small R in parallel with the galvanometer D) a large R in parallel with the galvanometer El a small in series with the voltmeter Potentiometer: (Q07, Q08) 207)The relation between the length of a wire of radius 0.4mm and resistivity 1.59x10 "Q.r and the corresponding voltage at that length is L.(m) 105.38 V.(V), then the current passes through the wire in Amperes is B) 0.5 A) 0.4 c) 0.1 D) 0.3 E) 0.6 200cm and E=8V, the length of the wire when the voltmeter gives 4.5V in meters A) 0.57 B) 1.6 C) 0.88 D) 1.1 E) 2.7

06) To convert a galvanometer to a voltmeter, you have to connect A) a small R in series with the galvanometer B) a large R in series with the galvanometer B) a small R in parallel with the galvanometer D) a large R in parallel with the galvanometer El a small in series with the voltmeter Potentiometer: (Q07, Q08) 207)The relation between the length of a wire of radius 0.4mm and resistivity 1.59x10 "Q.r and the corresponding voltage at that length is L.(m) 105.38 V.(V), then the current passes through the wire in Amperes is B) 0.5 A) 0.4 c) 0.1 D) 0.3 E) 0.6 200cm and E=8V, the length of the wire when the voltmeter gives 4.5V in meters A) 0.57 B) 1.6 C) 0.88 D) 1.1 E) 2.7

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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