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Q2- a- A conductor of length (15 cm), is moved at (750 mm/s) at right-angles to a uniform flux density of (1.2T). Determine the e.m.f induced in the conductor. b- Define & (state symbols of): Inductance & Mutual Inductance & count the factors which affect the inductance of a conductor.

Q2- a- A conductor of length (15 cm), is moved at (750 mm/s) at right-angles to a uniform flux density of (1.2T). Determine the e.m.f induced in the conductor. b- Define & (state symbols of): Inductance & Mutual Inductance & count the factors which affect the inductance of a conductor.

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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Q2- a- A conductor of length (15 cm), is moved at (750 mm/s) at right-angles to a uniform flux density of (1.2T). Determine the e.m.f induced in the conductor. b- Define & (state symbols of): Inductance & Mutual Inductance & count the factors which affect the inductance of a conductor. Q3- a- Draw & explain (in words), the principle of operation of a simple DC motor. b- Determine the speed of a (10-19 C) charge travelling perpendicular to a field of density (10 -7 T), if the force on the charge is (10 -20 N).
Transcribed Image Text:Q2- a- A conductor of length (15 cm), is moved at (750 mm/s) at right-angles to a uniform flux density of (1.2T). Determine the e.m.f induced in the conductor. b- Define & (state symbols of): Inductance & Mutual Inductance & count the factors which affect the inductance of a conductor. Q3- a- Draw & explain (in words), the principle of operation of a simple DC motor. b- Determine the speed of a (10-19 C) charge travelling perpendicular to a field of density (10 -7 T), if the force on the charge is (10 -20 N).
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