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4. An electric dipole is located at the origin and points along the z-axis. The dipole is centered at the origin, and it consists of 1 [µC] charges separated by a distance of 1 [mm]. a. Compute the electric field at the point P1(1,0,0). b. Compute the electric field at the point P2(0,0,1). c. Compute the electric field at the point P1(1,0,0) produced by a single, 1 [µC] point charge located at the origin.

4. An electric dipole is located at the origin and points along the z-axis. The dipole is centered at the origin, and it consists of 1 [µC] charges separated by a distance of 1 [mm]. a. Compute the electric field at the point P1(1,0,0). b. Compute the electric field at the point P2(0,0,1). c. Compute the electric field at the point P1(1,0,0) produced by a single, 1 [µC] point charge located at the origin.

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4. An electric dipole is located at the origin and points along the z-axis. The dipole is centered at the origin, and it consists of 1 [µC] charges separated by a distance of 1 [mm]. a. Compute the electric field at the point P1(1,0,0). b. Compute the electric field at the point P2(0,0,1). c. Compute the electric field at the point P1(1,0,0) produced by a single, 1 [μC] point charge located at the origin. d. Why is the answer to (c) so much smaller than the answer to (a)? e. Repeat (a) for the case when the two charges are separated by 1 [um] instead of 1 [mm].
Transcribed Image Text:4. An electric dipole is located at the origin and points along the z-axis. The dipole is centered at the origin, and it consists of 1 [µC] charges separated by a distance of 1 [mm]. a. Compute the electric field at the point P1(1,0,0). b. Compute the electric field at the point P2(0,0,1). c. Compute the electric field at the point P1(1,0,0) produced by a single, 1 [μC] point charge located at the origin. d. Why is the answer to (c) so much smaller than the answer to (a)? e. Repeat (a) for the case when the two charges are separated by 1 [um] instead of 1 [mm].
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