Question

i) What is uniform electric field?


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Answer 1

A uniform electric field is one in which the intensity of the field is constant at all places. The field strength does not fluctuate in a homogeneous electric field, and the field lines tend to be parallel and equidistant. They're all evenly spaced.

A potential difference between two charged or conducting plates held at a fixed distance from each other is frequently used to produce uniform fields. The plates are separated by an insulating medium or dielectric medium that is absolutely homogenous (pure). At the centre of the plates, the electric field will be uniform. It may, however, fluctuate or be non-uniform towards the plates' ends.

The strength of the field, on the other hand, is mostly determined by the applied potential difference between the plates and the actual distance between them. A strong electric field will come from a bigger potential difference or voltage. In terms of the distance factor, as the distance between the plates increases, the field weakens.

Answer 2

• A Uniform electric field is a field in which all magnitude is in the same direction.
• distance between field lines is in equal space.
• this field line is in parallel.
• the formula of the uniform electric field is E=vd.
• the magnetic field is the same in all directions to the object.