We have two finite planes of charges on the y-z plane facing each other with a separation of 2d. They are close enough f

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We have two finite planes of charges on the y-z plane facing each other with a separation of 2d. They are close enough f

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We Have Two Finite Planes Of Charges On The Y Z Plane Facing Each Other With A Separation Of 2d They Are Close Enough F 1
We Have Two Finite Planes Of Charges On The Y Z Plane Facing Each Other With A Separation Of 2d They Are Close Enough F 1 (119.78 KiB) Viewed 25 times
We have two finite planes of charges on the y-z plane facing each other with a separation of 2d. They are close enough for the use of the near-field approximation. The surface charge densities on the planes are ±0. -0 +0 00 -d +d + >X a. What is the electric field between the two planes? b. What is the functional form of the electric potential between the two planes? c. What is the electric potential difference moving from the negative plane to the positive plane? d. A positive charge of +q moves from the negative plane to the positive plane. What is the change in the electric potential energy of the charge? e. Did work have to be done by an external source?
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