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12 Nov 2019
Any help would be appreciated! Thanks!
Two infinitely long current carrying wires arc separated by a distance of 0.3m. The point of interest P is at a distance of 1.2 m from the closest wire as shown in the figure below. The two current carrying wires arc perpendicular to the page. The symbol means the current is (lowing into the page and the symbol means the current is flowing out of the paper. The current that is flowing into the paper is 3.0 A. The net magnetic field at point P is 3.33 x 10-7 Tesla and its direction is toward the bottom edge of the paper. Draw in the figure below a single vector (arrow) to represent the direction of the magnetic field due to the current in the wire that is closest to the point P. (If more than one arrow is drawn, no credit will be given.) Find the current I in the farthest wire from point P so that the net magnetic field due to both wires is 3.33 x 10-7 Tesla, pointing toward the bottom edge of the paper.
Any help would be appreciated! Thanks!
Two infinitely long current carrying wires arc separated by a distance of 0.3m. The point of interest P is at a distance of 1.2 m from the closest wire as shown in the figure below. The two current carrying wires arc perpendicular to the page. The symbol means the current is (lowing into the page and the symbol means the current is flowing out of the paper. The current that is flowing into the paper is 3.0 A. The net magnetic field at point P is 3.33 x 10-7 Tesla and its direction is toward the bottom edge of the paper. Draw in the figure below a single vector (arrow) to represent the direction of the magnetic field due to the current in the wire that is closest to the point P. (If more than one arrow is drawn, no credit will be given.) Find the current I in the farthest wire from point P so that the net magnetic field due to both wires is 3.33 x 10-7 Tesla, pointing toward the bottom edge of the paper.
Keith LeannonLv2
17 Mar 2019