Reasons for using hexadecimal instead of binary to write computers
This article mainly introduces the reasons for using hexadecimal instead of binary to write a computer. It is very detailed and has a certain reference value. Interested friends must finish reading it!
People usually write computers in hexadecimal rather than binary because hexadecimal is easier to write than binary; in mathematics, hexadecimal is a hexadecimal system, usually denoted by the numbers 0 to 9 and the letters A to F, where "Aban F" means "10 percent 15". These are called hexadecimal numbers.
People usually write computers in hexadecimal rather than binary because hexadecimal is easier to write than binary.
Hexadecimal (abbreviated as hex or subscript 16) is a carry system for every 16 in mathematics. It is generally denoted by the numbers 0 to 9 and the letters A to F (or aquif), where AbeliF means 10 to 15, and these are called hexadecimal numbers.
For example:
For example, the decimal number 57, 111001 in binary, and 39 in hexadecimal. In history, China has used hexadecimal system in weight units, for example, stipulating that 16 taels are one jin. Today's hexadecimal is widely used in computers because it is not difficult to convert four Bit into separate hexadecimal numbers. 1 byte can be represented as two consecutive hexadecimal digits. However, this mixed representation is easily confusing, so some prefixes, suffixes, or subscripts are required to display.
In mathematical and digital circuits, binary refers to a numbering system based on 2, which represents a binary system. In this system, [1] is usually represented by two different symbols 0 (for zero) and 1 (for one). In digital electronic circuits, binary is directly used in the implementation of logic gates, so binary is used in modern computers and computer-dependent devices. Each number is called a bit (abbreviation for Bit,Binary digit).
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