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QUESTION 8 The magnetic system shown has the following parameters: N-500, i- 2A Width of air gap - 2.0 cm Depth of air gap = 2.0 cm Length of air gap -1 mm Neglect the reluctance of the core, the leakage flux, and the fringing flux. Calculate the force of attraction between both sides of the air gap.

QUESTION 8 The magnetic system shown has the following parameters: N-500, i- 2A Width of air gap - 2.0 cm Depth of air gap = 2.0 cm Length of air gap -1 mm Neglect the reluctance of the core, the leakage flux, and the fringing flux. Calculate the force of attraction between both sides of the air gap.

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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QUESTION 8 The magnetic system shown has the following parameters: N= 500, i = 2A Width of air gap - 2.0 cm Depth of air gap - 2.0 cm Length of air gap -1 mm Neglect the reluctance of the core, the leakage flux, and the fringing flux. N Calculate the force of attraction between both sides of the air gap.
Transcribed Image Text:QUESTION 8 The magnetic system shown has the following parameters: N= 500, i = 2A Width of air gap - 2.0 cm Depth of air gap - 2.0 cm Length of air gap -1 mm Neglect the reluctance of the core, the leakage flux, and the fringing flux. N Calculate the force of attraction between both sides of the air gap.
12 out of 12 points 24634 A 3 Phase six pole Induction Motor induces a voltage of 20V in the rotor having a frequency of 1 Hz at a full load slip of 2%. Calculate the following Correct Selected Question Match Match Speed of the G. G. motor at full 980 980 load in rpm Voltage induced D. D. in Stator at full 1000 1000 load in volts Voltage induced D. O D. in rotor at the 1000 1000 starting in Volts
Transcribed Image Text:12 out of 12 points 24634 A 3 Phase six pole Induction Motor induces a voltage of 20V in the rotor having a frequency of 1 Hz at a full load slip of 2%. Calculate the following Correct Selected Question Match Match Speed of the G. G. motor at full 980 980 load in rpm Voltage induced D. D. in Stator at full 1000 1000 load in volts Voltage induced D. O D. in rotor at the 1000 1000 starting in Volts
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