The drawing below shows three square surfaces, one lying in the xyplane, one in the xz plane, and one in the yz plane. The sides ofthe square each have length 2.810-2 m. A uniform magnetic field exists inthis region, and its components are: Bx = 0.53 T, By = 0.88 T, and Bz = 0.29 T. Determine the magnetic flux that passesthrough the surface that lies in:

(a) the xy plane
xy = wb

(b) the xz plane
xz = wb

(c) the yz plane
yz = wb

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The drawing below shows three square surfaces, one lying in the xyplane, one in the xz plane, and one in the yz plane. The sides ofthe square each have length 2.810-2 m. A uniform magnetic field exists inthis region, and its components are: Bx = 0.40 T, By = 0.74 T, and Bz = 0.23 T. Determine the magnetic flux that passesthrough the surface that lies in:(a) the xy planexy = wb(c) the yz planeyz =