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A cube of side L is placed with its three sides parallel to the Cartesian coordinate axes and one of its corners at the origin. The cube is in the quadrant where x 2 0, y 2 0, z 2 0. A flat P12.20 thin square sheet of size L is placed inside the cube, parallel to the XY-plane, at z=. This sheet carries a charge density o = -xy. Determine the electric flux through the six faces of the cube.

A cube of side L is placed with its three sides parallel to the Cartesian coordinate axes and one of its corners at the origin. The cube is in the quadrant where x 2 0, y 2 0, z 2 0. A flat P12.20 thin square sheet of size L is placed inside the cube, parallel to the XY-plane, at z=. This sheet carries a charge density o = -xy. Determine the electric flux through the six faces of the cube.

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PI2.20 A cube of side L is placed with its three sides parallel to the Cartesian coordinate axes and one of its corners at the origin. The cube is in the quadrant where x > 0, y 2 0, z 0. A flat L thin square sheet of size L? is placed inside the cube, parallel to the XY-plane, at z=. This sheet carries a charge density o=-xy. Determine the electric flux through the six faces of the cube.
Transcribed Image Text:PI2.20 A cube of side L is placed with its three sides parallel to the Cartesian coordinate axes and one of its corners at the origin. The cube is in the quadrant where x > 0, y 2 0, z 0. A flat L thin square sheet of size L? is placed inside the cube, parallel to the XY-plane, at z=. This sheet carries a charge density o=-xy. Determine the electric flux through the six faces of the cube.
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