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Problem (6): Measuring the Induction Voltage Q11. A rectangular loop of width (b) moves in a magnetic field (B) and the data of the resulting induction voltage with its width is given in the table below. The magnetic field (B in Tesla) equals; (n-5, v-4vo, Vo is the motor speed of the sliding carriage) (a) 125/vo (c) 50/ Vo (b) 250/ Vo (d) 100/%o b (cm) 4 2.8 2 Viuv) 204 145 103

Problem (6): Measuring the Induction Voltage Q11. A rectangular loop of width (b) moves in a magnetic field (B) and the data of the resulting induction voltage with its width is given in the table below. The magnetic field (B in Tesla) equals; (n-5, v-4vo, Vo is the motor speed of the sliding carriage) (a) 125/vo (c) 50/ Vo (b) 250/ Vo (d) 100/%o b (cm) 4 2.8 2 Viuv) 204 145 103

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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Problem (6): Measuring the Induction Voltage Q11. A rectangular loop of width (b) moves in a magnetic field (B) and the data of the resulting induction voltage with its width is given in the table below. The magnetic field (B in Tesla) equals; (n = 5, v-4vo, Vo is the motor speed of the sliding carriage) (a) 125/ vo (c) 50/ Vo (b) 250/ vo (d) 100/ vo (d) b (cm) 4 2.8 Viuv) 204 145 103 Q12. The angle between the magnetic field (B) and the conductor area (A) in this experiment was; (a) 60" (b) 90° (c) 0° (d) 45°
Transcribed Image Text:Problem (6): Measuring the Induction Voltage Q11. A rectangular loop of width (b) moves in a magnetic field (B) and the data of the resulting induction voltage with its width is given in the table below. The magnetic field (B in Tesla) equals; (n = 5, v-4vo, Vo is the motor speed of the sliding carriage) (a) 125/ vo (c) 50/ Vo (b) 250/ vo (d) 100/ vo (d) b (cm) 4 2.8 Viuv) 204 145 103 Q12. The angle between the magnetic field (B) and the conductor area (A) in this experiment was; (a) 60" (b) 90° (c) 0° (d) 45°
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