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A pure dipole p = p2 is located a distance a above an infinite grounded conducting plane (V = 0), as shown. Find the force F on the dipole. Find the potential V (F) = V(s, 2) above the conducting plane, where s is the distance from the z-axis. Find the induced surface charge density o(s) on the conducting plane. Hint: Use the method of images. Think carefully!

A pure dipole p = p2 is located a distance a above an infinite grounded conducting plane (V = 0), as shown. Find the force F on the dipole. Find the potential V (F) = V(s, 2) above the conducting plane, where s is the distance from the z-axis. Find the induced surface charge density o(s) on the conducting plane. Hint: Use the method of images. Think carefully!

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A pure dipole p = pê is located a distance a above an infinite grounded conducting plane (V = 0), as shown. Find the force F on the dipole. Find the potential V(F) = V(s, 2) above the conducting plane, where s is the distance from the z-axis. a Find the induced surface charge density o(s) on the conducting plane. Hint: Use the method of images. Think carefully!
Transcribed Image Text:A pure dipole p = pê is located a distance a above an infinite grounded conducting plane (V = 0), as shown. Find the force F on the dipole. Find the potential V(F) = V(s, 2) above the conducting plane, where s is the distance from the z-axis. a Find the induced surface charge density o(s) on the conducting plane. Hint: Use the method of images. Think carefully!
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