Ch 17 hw 3

Ch 17 hw 3 - 1. [MI02 17.E.16c.] 2/2 points | 1/4...

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1. [MI02 17.E.16c.] 2/2 points | 1/4 submissions Last Response | Show Details All Responses Notes A straight wire of length 0.71 m carries a conventional current of 0.6 amperes. What is the magnitude of the magnetic field made by the current at a location 2.3 cm from the wire? Use both the exact formula and the approximate formula to calculate the field. (a) result using exact formula B = 5.206475449e-6 [5.21e-06] T (b) result using approximate formula B = 5.217391304e-6 [5.22e-06] T 2. 21/21 points | 1/4 submissions Last Response | View Saved Work | Show Details All Responses Notes A wire through which a current is flowing lies along the x-axis as shown. Connecting wires which are not shown in the diagram connect the ends of the wire to batteries (which are also not shown). Electron current flows through the wire in the -x direction, as indicated in the diagram. To calculate the magnetic field at location A due to the current in the wire, we divide the wire into pieces, approximate each piece as a point charge
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Ch 17 hw 3 - 1. [MI02 17.E.16c.] 2/2 points | 1/4...

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