The definition of an electric field is a area electrically charged objects, both positive and negative. The electric field is useful for limiting space in the field and boundaries in the space of objects that are electrically charged.
Measuring the electric field cannot be done by itself, but must use the effects or impacts caused by the large electric charge in it. The electric field is also a vector field.
Electricity often comes out in the discussion in physics lessons. In its application, the electric field refers to the electronic field. Because it has taken advantage of the electric charge in a cable or can be called a conductor wire.
Knowing the Definition of an Electric Field
The electric field is an effect that arises because of the electric charge in it. Be it electrons, protons or ions in a different space around it. An electric field is a spatial sector that arises due to an electric force and usually consists of two or more charges.
The electric field itself has a unit, namely Newton / Cloumb which is usually given the symbol n / c. Meanwhile, to describe it by using imaginary lines or lines of electric force. An arc is a path through which a positive charge moves in an electric field.
The electric force will never intersect because the electric force is an imaginary line and originates from a positively charged object and ends with a negative charge.
Features of electric field
After knowing the meaning of the electric field, we try to move on to the characteristics of electricity. In order to run properly and correctly, an electric field must have its own characteristics and characteristics. The following are some of the characteristics of the electric field
- Electricity depends only on the load that produces it
- The energy source in the electricity corresponds to the mains voltage.
- There is a load electricity 2/3 more, and many more
–
