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Two large flat parallel sheets have opposite uniform surface charge densities ±o and are separated a distance d. A large, uncharged conducting slab of thickness d/3 is parallel to the charged sheets, centered between them. Find the electrostatic potential as a function of distance y perpendicular to the sheets. Take the reference potential V, = 0 and the origin y = 0 to be at the negative sheet.

Two large flat parallel sheets have opposite uniform surface charge densities ±o and are separated a distance d. A large, uncharged conducting slab of thickness d/3 is parallel to the charged sheets, centered between them. Find the electrostatic potential as a function of distance y perpendicular to the sheets. Take the reference potential V, = 0 and the origin y = 0 to be at the negative sheet.

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Two large flat parallel sheets have opposite uniform surface charge densities ±o and are separated a distance d. A large, uncharged conducting slab of thickness d/3 is parallel to the charged sheets, centered between them. Find the electrostatic potential as a function of distance y perpendicular to the sheets. Take the reference potential V, = 0 and the origin y = 0 to be at the negative sheet.
Transcribed Image Text:Two large flat parallel sheets have opposite uniform surface charge densities ±o and are separated a distance d. A large, uncharged conducting slab of thickness d/3 is parallel to the charged sheets, centered between them. Find the electrostatic potential as a function of distance y perpendicular to the sheets. Take the reference potential V, = 0 and the origin y = 0 to be at the negative sheet.
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