The point particle in part a) is known to move with a uniform velocity v = vi along the positive x-axis. i. ii. ... 111.

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The Point Particle In Part A Is Known To Move With A Uniform Velocity V Vi Along The Positive X Axis I Ii 111 1 (64.93 KiB) Viewed 55 times

The point particle in part a) is known to move with a uniform velocity v = vi along the positive x-axis. i. ii. ... 111. Sketch a diagram similar to the one in part a) i. in order to describe this new situation. Add vector R = (*, - vt) at time t to the diagram. Write expressions for the electric field E(rp, t) and the magnetic field B(rp, t) at point P as a function of R and v. Sketch a few field lines representing the electric fields (7) at the same radial distances R from the particle but at some different directions from 7. Explain your sketch based on the corresponding expression in part ii.