# Where is the electric field uniform?

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The electric field will be uniform at the centre of the plates. However, it might vary at the end of the plates or be non-uniform. On the other hand, the strength of the field mainly depends on the plates’ applied potential difference and the actual distance at which they are kept from each other.

## Where is an electric field most uniform?

Uniform fields

Illustration of the electric field between two parallel conductive plates of finite size (known as a parallel plate capacitor). In the middle of the plates, far from any edges, the electric field is very nearly uniform.

## How do you know if an electric field is uniform?

If an electric field has the same magnitude and same direction everywhere in a given space then the electric field is considered uniform. If the force exerted on the charge is the same no matter where the charge is located in the electric field, then we understand that the given electric field is uniform.

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## Are electric field lines uniform?

If the electric field lines intersect, then two tangents could be drawn at their point of intersection. Thus, the electric field intensity at the point will have two directions, which is absurd. … An electric field is said to be uniform, when it has the same magnitude and direction in a given region of space.

## What is the uniform electric field in the material?

Uniform electric field means the one that is uniform and does not vary. In terms of electric field lines, it is the field in which the electric field lines are evenly spaced and are parallel to each other. In a uniform electric field, the field strength does not change with distance.

## Where is the electric field the strongest and why?

The field is strongest where the lines are most closely spaced. The electric field lines converge toward charge 1 and away from 2, which means charge 1 is negative and charge 2 is positive.

## Where is the electric field the non-uniform?

It is represented by drawing equidistant parallel straight lines in the direction of the field. Non-Uniform Electric Field: When magnitude and direction of electric intensity are not the same at all the points in the electric field, then it is called a non-uniform electric field.

## What is a uniform field in physics?

A field in which the value of the field strength is the same at all points. For example, a uniform electric field exists between two parallel charged plates. At the ends of the plates the field is non-uniform. Uniform magnetic fields may be produced by Helmholtz coils.

## What is V KQ R?

v=kq/r means potential at r distance from and by q charge. potential due to point charge at r distance. now about v=w/q it is another definition of voltage :- force acting at distance by unit charge. w = work = force×distance.

## Why is electric field non-uniform?

On the other hand, if the electric field is nonuniform, the force on each of the two poles of the dipole is not equal; therefore, the net force is not equal to zero and there is movement of the particle.

## Where do electric field lines start and end?

Field lines start on positive charges and end on negative charges. Rules for drawing field lines: Electric field lines begin on positive charges and end on negative charges, or at infinity. Lines are drawn symmetrically leaving or entering a charge.

## What is same everywhere in uniform field?

A uniform electric field is, by definition, the same strength and direction everywhere. Meaning, the line density and direction of each electric field line should be the same. There are an infinite number of “field lines”.

## What is uniform and non-uniform field?

If an electric field has the same magnitude and same direction everywhere in a given space then this electric field is uniform, and if either the magnitude or direction or both change then it is a non-uniform electric field in that specified space.

## How the uniform electric field can be represented?

Uniform electric field is represented by parallel and equally spaced filed lines.

## Why is electric field uniform in parallel plates?

It is precisely because the field strength diminishes like 1/r^2 with distance from a point charge that when a charge is spread uniformly over parallel plates that have a large radius compared to their separation that the field strength over a fairly large part of the region between the plates is nearly uniform.

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