3. Two infinite lines of current, one with current I = 1.5 A into the page and one with current I = 1.5 A out of the page are placed at locations (−d, −d) and (−d, d), respectively. Assume d=20.0 cm. [Consider xˆ right and yˆ up the page.] i. In unit vector notation, what is the magnetic field at (0,0)?ii. Where should a third line of current with I = 1.5 A into the page be placed so that the total magnetic field is 0 at (0, 0)? 3. Two infinite lines of current, one with current I = 1.5 A into the page and one with current I = 1.5A out of the page are placed at locations (-d, −d) and (−d, d), respectively. Assume d=20.0 cm.[Consider right and ŷ up the page.] i. In unit vector notation, what is the magnetic field at (0,0)?=1.5 A into the page be placed so that the totalii. Where should a third line of current with Imagnetic field is 0 at (0, 0)?

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Answered: 3. Two infinite lines of current, one…

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter24: Magnetic Fields

Section: Chapter Questions

Problem 83A

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3. Two infinite lines of current, one with current I = 1.5 A into the page and one with current I = 1.5 A out of the page are placed at locations (−d, −d) and (−d, d), respectively. Assume d=20.0 cm. [Consider xˆ right and yˆ up the page.] i. In unit vector notation, what is the magnetic field at (0,0)?

ii. Where should a third line of current with I = 1.5 A into the page be placed so that the total magnetic field is 0 at (0, 0)?

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