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4 (throughout) - 2x 10 m 1-SA 60 turns Homework 1: for the above figure, length from point a to point b is 30cm and length from point b to point e is 12.Scm; a = 3.9x10 Wb/At, and ie4ax10Wb/Ar a Draw the magnetic circuit. b. Calculate: i Length of magnetic circuit L The Rehuctance . The munf iv. H v. The Fhix vi. The flus deusity (B) t The relative penueability.

4 (throughout) - 2x 10 m 1-SA 60 turns Homework 1: for the above figure, length from point a to point b is 30cm and length from point b to point e is 12.Scm; a = 3.9x10 Wb/At, and ie4ax10Wb/Ar a Draw the magnetic circuit. b. Calculate: i Length of magnetic circuit L The Rehuctance . The munf iv. H v. The Fhix vi. The flus deusity (B) t The relative penueability.

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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4 (throughout) - 2 x 10m I-SA 60 turns Homework 1: for the above figure, length from point a to point b is 30cm and length from point b to point e is 12 Scm; u= 3.9x10 Wb/At. and lo- 4ax107Wb/Ar a. Draw the magnetic circuit. b. Calculate: i. Length of magnetic circuit ii The Reluctance i. The mmf iv. H V. The Fhix vi. The flux deusity (B) vil. The relative penueability. pe hese to gealch
Transcribed Image Text:4 (throughout) - 2 x 10m I-SA 60 turns Homework 1: for the above figure, length from point a to point b is 30cm and length from point b to point e is 12 Scm; u= 3.9x10 Wb/At. and lo- 4ax107Wb/Ar a. Draw the magnetic circuit. b. Calculate: i. Length of magnetic circuit ii The Reluctance i. The mmf iv. H V. The Fhix vi. The flux deusity (B) vil. The relative penueability. pe hese to gealch
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