Question

how to apply codes?????​

Answer 1

Answer:

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Answer 2

Explanation:

Coding or programming is the process of creating instructions for computers using programming languages. Coding is used to program the websites, apps, and other technologies we interact with every day.

If you pay any attention to the technology world, you’ve undoubtedly heard the terms coding and programming dozens of times. While it may just seem like meaningless gibberish and colorful text, there’s actually a ton of uses for it.

What is Coding?

Computer coding is the use of computer programming languages to give computers and machines instructions on what actions to perform. It is the way humans communicate with machines, and it allows us to create software like programs, operating systems, and mobile apps. We can also use programming languages to create web pages and applications.

What is Coding Used For?

Simply put, coding is used for communicating with computers. People use coding to give computers and other machines instructions on what actions to perform. Further, we use coding to program the websites, apps, and other technologies we interact with every day. That covers what they’re used for, but how does coding work?

How Coding Works

A laptop and a monitor displaying code.

Coding is just telling a computer to flip a number of switches very quickly.

Computers are electronic machines made with transistors. Transistors aren’t very complicated; they’re a simple solid-state on and off switch. When you combine tens of thousands of these on/off switches, you get a computer.

It’s a little more complicated than that, but for the sake of explanation we won’t delve deeper into the topic. Binary code (the 1s and 0s you see in the movies) instructs these switches whether to turn on (1) or turn off (0). Each transistor will receive a 1 or a 0, and with thousands working at once, you can do some computing.

Unfortunately, attempting to make an entire computer work by manually typing a number for each transistor would take an incredible amount of time. Instead, we developed high level programming languages to help speed up the process. Instead of addressing individual transistors with programs, we address entire sections of them to perform a specific task.