By measuring the potential difference between two small probes separated by a distance ΔL, scientists are able to obtain data to plot electric field patterns caused by charges. By rotating the probes, the direction of the electric field can be obtained. From the following two measurements, find the location of the positive charge Q. At the origin, the probe measures a maximum electric field in the direction ux - √3uy. If the probes are moved to the point (0, 1), the maximum electric field is in the direction ux - uy.
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Explanation:
−20
−204
−2042+7+6+x
−2042+7+6+x
−2042+7+6+x =15
−2042+7+6+x =1515+x=60
−2042+7+6+x =1515+x=60x=45
−2042+7+6+x =1515+x=60x=45Now,
−2042+7+6+x =1515+x=60x=45Now,5
−2042+7+6+x =1515+x=60x=45Now,518+1+6+45+y
−2042+7+6+x =1515+x=60x=45Now,518+1+6+45+y
−2042+7+6+x =1515+x=60x=45Now,518+1+6+45+y =10
−2042+7+6+x =1515+x=60x=45Now,518+1+6+45+y =1070+y=50
−2042+7+6+x =1515+x=60x=45Now,518+1+6+45+y =1070+y=50y=−20
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