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1₂ A ddd a. Magnetic Field at Point A. Magnitude: T Direction: Select an answer वा b. Magnetic Field at Point B. Magnitude: T Direction: Select an answer | B

1₂ A ddd a. Magnetic Field at Point A. Magnitude: T Direction: Select an answer वा b. Magnetic Field at Point B. Magnitude: T Direction: Select an answer | B

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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bard Coaxial cable, invented by the mathematician Oliver Heaviside in the late 1800's, is commonly used in broadband internet networks and to carry cable television signals. It consists of an inner conductor surrounded by a layer of insulation, surrounded by an outer conducting "shield", surrounded by an outer insulating sheath, as shown in the figure below. In this scenario, the inner conductor carries current I₁ = 1.5 A into the page, the outer conductor carries current l2 = 3.75 A out of the page, the distance d is 1.5 mm. Determine the magnitude and direction of the magnetic field at the points A and B. 101 Hint: Use Ampere's law: J closed path will be circular with radius equal to the distance from the center of the coaxial cable to the point at which you wish to determine the magnetic field. % 5 A K 6 . B· ds = Hol . 1₂ & 7 . Consider that the + 4 8 B 144 f10 ▶11 O 12 + prt sc ←
Transcribed Image Text:bard Coaxial cable, invented by the mathematician Oliver Heaviside in the late 1800's, is commonly used in broadband internet networks and to carry cable television signals. It consists of an inner conductor surrounded by a layer of insulation, surrounded by an outer conducting "shield", surrounded by an outer insulating sheath, as shown in the figure below. In this scenario, the inner conductor carries current I₁ = 1.5 A into the page, the outer conductor carries current l2 = 3.75 A out of the page, the distance d is 1.5 mm. Determine the magnitude and direction of the magnetic field at the points A and B. 101 Hint: Use Ampere's law: J closed path will be circular with radius equal to the distance from the center of the coaxial cable to the point at which you wish to determine the magnetic field. % 5 A K 6 . B· ds = Hol . 1₂ & 7 . Consider that the + 4 8 B 144 f10 ▶11 O 12 + prt sc ←
5 4 101 0 % a. Magnetic Field at Point A. Magnitude: Direction: Select an answer LO b. Magnetic Field at Point B. Magnitude: T Direction: Select an answer 5 K T 1₂2 6 d d d 4- & 7 * + 8 B hp fio ▷II ) O AI P f12 + لا insprt sc ↑
Transcribed Image Text:5 4 101 0 % a. Magnetic Field at Point A. Magnitude: Direction: Select an answer LO b. Magnetic Field at Point B. Magnitude: T Direction: Select an answer 5 K T 1₂2 6 d d d 4- & 7 * + 8 B hp fio ▷II ) O AI P f12 + لا insprt sc ↑
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