Electric Field Lines for Different Charges

Using the above rules we can draw electric field lines for different configuration of electric charges

Electric Field Lines for Individual Charges

In case of individual positive charge, the direction of electric field line is radially outwards and in case of individual negative charge the direction of the electric field line is radially inwards.

Electric Field Lines for Two Equal and Unlike Charge

For two equal and unlike charge the electric field will originate from positive charge and enter into negative charge forming a close loop

Electric Field Lines for Two Equal and Like Charge

In case of two equal and like charge both will exert repulsive force on each other and the arrangement of electric field lines will be either side of each charge.

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Electric Field Lines

Electric field lines are a representation used to visualize the electric field surrounding charged objects. They provide a way to understand the direction and strength of the electric field at different points in space. It helps analyze electric fields in various situations, such as around point charges, between parallel plates, or within complex arrangements of charges.

In this article, we will learn in detail about electric field lines, their properties, and the rules to draw electric field lines for different charges.

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What is Electric Field Line?

The concept of an electric field line is used to define an electric field near charged particles. They were first used by Michael Faraday to define an electric field due to an electron and a proton....

Properties of Electric Field Lines

The electric field lines have the following properties:...

Rules for Drawing Electric Field Lines

The rules used for drawing electric field lines are discussed below:...

Electric Field Lines for Different Charges

Using the above rules we can draw electric field lines for different configuration of electric charges...

Solved Examples on Electric Field Lines

Example 1: At any time, a force of 10 N is operating on the charge of 18 μC. Determine the intensity of the electric field at that location....

FAQs on Electric Field Lines

What electric field line are also called?...

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