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QUESTION 3 A wire is located along +y axis and the current on it is 2A in +y direction and a second wire is located at x=10 m and a current of 5A flows in ty direction. Apply ampere's law to find the magnetic field intensity at point x=6 m. O 24 (-2) +54 (-2) 276 24 (2) +54 (-2) 276 © 24 (-2) + 54 (2) 276 26 2m4

QUESTION 3 A wire is located along +y axis and the current on it is 2A in +y direction and a second wire is located at x=10 m and a current of 5A flows in ty direction. Apply ampere's law to find the magnetic field intensity at point x=6 m. O 24 (-2) +54 (-2) 276 24 (2) +54 (-2) 276 © 24 (-2) + 54 (2) 276 26 2m4

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
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QUESTION 3 A wire is located along ty axis and the current on it is 2A in +y direction and a second wire is located at x=10 m and a current of 5A flows in ty direction. Apply ampere's law to find the magnetic field intensity at point x=6 m. 276 (-2) + 54 (-2) 274 26 Ⓒ 24 (-2) + 24 (2) 276 26 2x4 + 5A 2x4
Transcribed Image Text:QUESTION 3 A wire is located along ty axis and the current on it is 2A in +y direction and a second wire is located at x=10 m and a current of 5A flows in ty direction. Apply ampere's law to find the magnetic field intensity at point x=6 m. 276 (-2) + 54 (-2) 274 26 Ⓒ 24 (-2) + 24 (2) 276 26 2x4 + 5A 2x4
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