It uses the Binary Numbering System.
A Binary code is a way of representing text or computer processor instructions by the use of the binary number system's two-binary digits 0 and 1.So the purpose of binary code is to issue human readable code, changed to machine code (binary) that the computer understands and can execute the instructions.
To use a binary clock, first understand that it represents time using binary numbers. Each column of lights typically indicates a different segment of time: hours, minutes, and seconds, with the top row representing the highest values. For example, in a standard 6-column binary clock, the leftmost columns represent hours (0-23), the next columns represent minutes (0-59), and the rightmost represent seconds (0-59). To read the time, convert the lit LEDs in each column from binary to decimal to determine the current time.
Hindu-Arabic Numeral
They use the binary sysem because the number 1 means the switch is turned on and the number 0 means the switch is off. There is no way to use the decimal number system.
Binary code and Morse code are both systems used to represent information through a series of symbols. Binary code uses combinations of 0s and 1s to represent letters, numbers, and other characters in computers, while Morse code uses combinations of dots and dashes to represent the same information in telecommunication. Both codes serve as a way to encode and decode information, but they use different symbols and methods to do so.
ASCII characters do represent a numerical codes of letters and other alphabetical signs. Computers do not understand only numbers so they use this numerical codes to interpret letters into their own "language".
Binary Codes (0s & 1s) are ways that represent how signals are interpreted on Storage devices. Therefore Binary codes are different for various types of Media available. i.e. Magnetic Orientations (North or South Pole) represents binaries on Magnetic Platter based HDDs Pits & Lands represents binaries on Optical Media (CDs & DVDs)
Morse code and binary code both encode and decode information, but they use different methods. Morse code uses combinations of dots and dashes to represent letters and numbers, while binary code uses combinations of 0s and 1s. Morse code relies on sound or light signals, while binary code is used in computers to represent data. Both codes require a key or chart to decode the information.
It uses the Binary Numbering System.
Computers have zero IQ. Computer can understand or feel "High voltage" or "Low voltage" or you can say, on and off. Computers use '0' for low voltage and '1' for high voltage. by using the conbinations of '0' and '1' all numbers and characters are classified. for example- if you have to write 'A', It is represented in ASCII code assigned to it and then converted to binary, hence use it.
use cheat codes
A Binary code is a way of representing text or computer processor instructions by the use of the binary number system's two-binary digits 0 and 1.So the purpose of binary code is to issue human readable code, changed to machine code (binary) that the computer understands and can execute the instructions.
To use a binary clock, first understand that it represents time using binary numbers. Each column of lights typically indicates a different segment of time: hours, minutes, and seconds, with the top row representing the highest values. For example, in a standard 6-column binary clock, the leftmost columns represent hours (0-23), the next columns represent minutes (0-59), and the rightmost represent seconds (0-59). To read the time, convert the lit LEDs in each column from binary to decimal to determine the current time.
They are the best numbers for computers to use. In simple terms, as computers are electronic they use electronic currents, which can be on or off, like a light switch. 1 and 0, which are the only digits binary has, can be used to represent these two states. Binary forms the basis to all computer memory and operations.
4 and 6
No, ASCII does not contain codes for all languages in use. ASCII (American Standard Code for Information Interchange) is limited to 128 characters, primarily covering English letters, digits, and basic punctuation. This limitation makes it inadequate for representing characters from other languages, such as accented letters or non-Latin scripts. For broader language support, encodings like UTF-8 or Unicode are used, which can represent a vast array of characters from multiple languages.