Effect of motion on E.field of charge.

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The discussion focuses on the behavior of the electric field (E-field) of a moving charge and its relationship with the magnetic field (B-field). It questions whether the E-field remains constant or decreases during motion. Participants explore the vector relationship between E and B fields, suggesting that the combined fields during motion are equivalent to the E-field at rest. The conversation also references an applet that visually demonstrates the electric and magnetic fields of a moving point charge. Understanding these dynamics is crucial for comprehending electromagnetic theory.
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We know that with motion of charge m.field is produce but what will happen to its E.field during motion.
Is it will remain constant or reduce.

Are during motion vectorially E+B is equal to the E at rest.

Is their any equation showing their relation.
 
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