Electricity has become a necessity for everyone today. Without electricity, life can seem as if it is dead. Yes, everyone needs electricity to be able to do various things in everyday life. So, what is electric current and what are the benefits of electric current in the daily life of the world community?

Just imagine when the electricity went out in your area for just a few hours, how would you feel? Some people may feel empty or activities that should be done properly become hampered.

This all happens because humans already have a dependence on the presence of electricity both in the home or residential environment, public places, and work environments such as offices.

We might not be able to imagine if we had to live in ancient times where at that time there was no electricity. Surely we have to fight hard to do something. Yes, since the first discovery of electric current by Michael Faraday, electricity has brought enormous changes to the people of the world, including us personally.

So, what is an electric current? And how can its presence bring benefits in everyday life? Let’s see an explanation regarding the full electric current in the description below.

Getting to Know Electric Current and Its Benefits in People’s Daily Life

What is Electric Current?

Electric current is an electromagnetic wave or in other words this is a wave that can spread even though there is no intermediate medium. Well, electromagnetic waves are also a process that can be formed from the results of changes in magnetic fields and electric fields that continuously occur.

How Electric Current Works

The result of the process of changing the magnetic field and electric field that occurs produces a current which we then know as an electric current.

In large areas, for example, we can easily find giant generators at power plants, from which electricity is generated. Later the generated electric current will be channeled through a high-voltage power network or also known as sutet.

From the cable network or in the form of a network of cables on high towers, it will go to receiving substations in various regions or regions.

Now, from the receiving substation, electric current will continue to be channeled to residential areas or residents’ homes and various other places that require the reach of electric current such as companies, factories, hospitals, hotels, universities, schools and so on.

So, the electric current that has been received by each house will then be channeled through the kwh of electricity and secured by the mcb in our house and then channeled again through the home installation or the electrical wiring in our house.

Usually, people place the series of wires above the ceiling of the house in such a way that they are then connected to lamp holders or the walls of the house for electrical plugs and switches and then connect the various electronic devices used.

Call it some electronic equipment that requires the flow of electric current, namely televisions, refrigerators, fans, lights and much more. Well, the electrical circuits in homes are usually in the form of series circuits or parallel circuits.

What are Series and Parallel Circuits?

Series circuits and parallel circuits in homes are types of electrical installations that function to connect two or more electrical components so that they can become one. What differentiates the two? It can be noted that series circuits are arranged parallel or connected, while parallel circuits are arranged in a row.

In order to understand it better, you can see an example of a series circuit where there is a series of batteries in a flashlight or house lamp which when turned on they will work together. If there is damage to one lamp, then the other lights also die. This happens because there is only one power source to turn on all the circuits.

So that the benefits of this series circuit are able to save cables or electricity conductors. Meanwhile, the weakness is that if one cable breaks, all the cable sets will also break. Unlike the case with parallel circuits.

For parallel circuits, this is arranged in a branched or multilevel form. Well, thus parallel circuits have different current differences because the strength of the current received by one resistance is different from another. In other words, a parallel circuit is the opposite of a series circuit.

The description above is complete information that helps us get to know electric current and its benefits in people’s daily lives. Often we are not aware of the great benefits of electricity, because we are used to using it.

So, let’s equip your knowledge regarding information about engineering, mechanics, electricity and so on at meopan.com

Without electricity, we can find it very difficult to do various things. Now, considering that electricity is very important, we want to remember to use electricity wisely . The use of electricity is indeed beneficial, but if it is used properly and correctly so that our earth is always maintained. Hope it is useful.

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