2) The electric field resulting from the Liénard-Wiechert potentials of an accelerated point charge q is given by r 9 È

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2 The Electric Field Resulting From The Lienard Wiechert Potentials Of An Accelerated Point Charge Q Is Given By R 9 E 1 (76.74 KiB) Viewed 358 times

2) The electric field resulting from the Liénard-Wiechert potentials of an accelerated point charge q is given by r 9 È = ([c² − v²] π + ™³² × [¯ × đ]) 4περ (π. π)3 ď = = where = cô – 7. Consider a particle accelerated with a constant acceleration ao2 along its direction of motion, vo 2, both along the z axis. Define the angle as the angle of the viewing direction (^ = unit vector in the direction) with the z axis, i.e., 2 = cos 0 = μ. a) Calculate the component of the electric field Erad which contributes to radiation emitted by this charge, as a function of r and 0. It will be useful to do the calculation in polar co-ordinates, ê, ê, þ. [15]