A charge q initially at rest is provided an acceleration along z-axis. (Occur at the origin of the coordinate system, t = 0). a. Find the arrival times, the relative strengths, and the directions of the radiated electric field observed by three observers in yz-plane, at a distance R from origin. One observer is on the Z- axis, one on the y-axis, and one is on a radius making an angle of 30° to the z-axis. b. Briefly describe the orientation and magnitude of the radiated magnetic fields.

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A charge q initially at rest is provided an acceleration along z-axis. (Occur at the origin of the
coordinate system, t = 0).
a. Find the arrival times, the relative strengths, and the direetions of the radiated electric field
observed by three observers in yz-plane, at a distance R from origin. One observer is on the z-
axis, one on the y-axis, and one is on a radius making an angle of 30• to the z-axis.
b. Briefly describe the orientation and magnitude of the radiated magnetic fields.
Transcribed Image Text:A charge q initially at rest is provided an acceleration along z-axis. (Occur at the origin of the coordinate system, t = 0). a. Find the arrival times, the relative strengths, and the direetions of the radiated electric field observed by three observers in yz-plane, at a distance R from origin. One observer is on the z- axis, one on the y-axis, and one is on a radius making an angle of 30• to the z-axis. b. Briefly describe the orientation and magnitude of the radiated magnetic fields.
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