What coding scheme do most microcomputers use? – Q/A (Question and Answer)

Answer:

ASCII

Recource ISYS Chapter 1-7

Explanation

The most common coding scheme used by microcomputers is the ASCII code. ASCII stands for American Standard Code for Information Interchange.

A microcomputer is a computer that has a microprocessor as its central processing unit (CPU).

There are a few different types of coding schemes used by microcomputers, but the most common type is probably ASCII (American Standard Code for Information Interchange). This is a code that represents characters using a 7-bit binary code.

There are many different types of coding schemes available for use in different situations. The most common types of coding schemes are ASCII, Unicode, and UTF-8.ASCII is the most basic type of coding scheme and is only able to represent a limited number of characters. Unicode is a more advanced type of coding scheme that is able to represent a much larger number of characters. UTF-8 is a type of coding scheme that is able to represent a wide range of characters, including both ASCII and Unicode characters.

Coding schemes are used in order to encode information for transmission or storage. There are a variety of different coding schemes available, each with its own advantages and disadvantages.The most common type of coding scheme is ASCII, which is a 7-bit code that represents characters in the English alphabet. ASCII is a very simple code, and is therefore easy to implement and use. However, it is limited to only representing a small subset of the world’s languages.Another common type of coding scheme is Unicode, which is a 16-bit code that can represent a much wider range of characters. Unicode is more complex than ASCII, and therefore can be more difficult to implement and use. However, it provides support for a much greater range of languages.Ultimately, the choice of coding scheme will depend on the needs of the application. For applications that only need to support English, ASCII may be the best choice. For applications that need to support a wide range of languages

There is no one-size-fits-all answer to this question, as the best coding scheme for your needs will depend on a number of factors, including the type of data you are working with, the desired level of accuracy, and the computational resources available to you. In general, however, more sophisticated coding schemes (such as error-correcting codes) will be more effective at ensuring the accuracy of your data, while simpler schemes (such as unary codes) will be more efficient in terms of computational resources.

Conclusion

The vast majority of microcomputers use some form of ASCII encoding.