The amount of charge on the source charge (Q) and the distances from the source charge (d) both affect how strong the electric field is.
The distance from the charge and the quantity of charge that creates the field have an impact on the electric field's strength.
Whether it is moving or not, a charge in an electric field experiences a force. The charge is what determines the electric force, which is independent of the charged particle's mass and speed.
The wire's current I and its distance from it, r, both affect the magnetic field's intensity. If one recalls the example of the electric field of a wire that was equally charged, it also deviated from 1/r.
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