The figure shows two infinite parallel flat planes separated by a distance d. Plane #1 has a positive charge density o1, and plane #2 has a positive charge density 02. If a Gaussian surface is taken to include an area Aj on plane #1 and an area Az on plane #2, where A1>A2, then the electric flux through that surface is Plane #1 d Plane 2 A2

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The figure shows two infinite parallel flat planes separated by a distance d. Plane #1 has a positive charge density o1, and plane #2 has a positive charge density
02. If a Gaussian surface is taken to include an area Aj on plane #1 and an area Ap on plane #2, where A1>A2, then the electric flux through that surface is
d
Plane #3
Plane 2
A2
Transcribed Image Text:The figure shows two infinite parallel flat planes separated by a distance d. Plane #1 has a positive charge density o1, and plane #2 has a positive charge density 02. If a Gaussian surface is taken to include an area Aj on plane #1 and an area Ap on plane #2, where A1>A2, then the electric flux through that surface is d Plane #3 Plane 2 A2
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