A computer is just an expensive piece of electronic equipment when you turn it off. They are objects made from bundles of metal, plastic, and other materials.

However, if you press the power button and go through a power-on process called booting, it will boot.

Your computer turns into this very powerful machine. This electronic device is capable of performing complex tasks that are difficult, if not impossible, for humans at amazing speeds. The screen is alive and active, with different buttons and icons that you can click. 

What is Binary Code?

This concept of charge, and the fact that there are only two possible states, fits well into the numerical system that computers use in hardware. They use it to complete all the tasks given to them. This is called a binary code and consists of a sequence of 0's and 1's.

Binary code corresponds directly to specific machine instructions, commands, and locations in the computer's memory. Computers then read and interpret these instructions to perform specific tasks. Computers are made up of thousands of tiny physical devices called transistors that act as electrical switches. 

How Binary Works?

You may have heard that "computers deal with 1's and 0's", but what does that really mean? You may never work directly with binary code anymore, but your computer's CPU can only understand binary code.

Are there literal zeros and ones stored in our physical devices that flow and move? Not much.

But our CPU is made up of many tiny digital circuits that carry information. With the help of transistors that combine to form these circuits and small strings of electrical signals that are either on (1) or off (0), only two kinds of voltages can exist: high and low. This means that different values ​​will be displayed. That is, different instructions or calculations are performed.

When these electrical signals are linked and combined/modified in specific ways by transistor circuits and other electrical components, a wide range of tasks and operations can be created for computers to perform and see through. 

Computers and Their Relationship with Humans?

This machine-level programming language is the only language that computers can directly understand and understand.

Binary code can vary from computer to computer and from machine to machine. There is no portability when it comes to programming computers at this level. This means that programs and software cannot be transferred to other systems. 

More info: What is Computer