Resistors are two-terminal devices that are used to control the passage of current, to put it simply. Understanding the concept of electricity is required to grasp the concept of resistors. In what way is electricity produced? To fully visualize this idea, let’s examine at a length of wire that contains electrons, which are subatomic particles with negative charges that can move about freely. When a voltage or potential difference is applied between the cable’s endpoints. The electrons must travel or else. Electric current is the name for this motion. Although the electrons can travel through the wire, there is a resistance that prevents the electrons from doing so easily. This is electrical resistance, and the Ohm is the unit of measurement. 

The OHMS gets its name from the German physicist Georg Simon Ohm, who noticed that the potential difference across a conductor and the electric current are directly proportional. In reality, we may claim that humans are a resistor because our bodies can conduct electricity. Even so, the resistance in these two circuits is the same. Of the two possibilities, one is obviously more practical to implement. Each one has a coefficient of resistance, which is one of its primary features. These themes will be covered in length in subsequent content.