ASCII (American Standard Codes for Information Interchange) is a character set, not a language. It helps in the process of allowing symbols represented on your keyboard to be printed on the screen. All letters, digits, punctuation symbols and many other things are given codes. These codes are standardised so they can work on different computers.
The ASCII Code for "a" is 97. The ASCII Code for "A" is 65. If you open Notepad, you can demonstrate this. First make sure the Num Lock light is on. Hold down the ALT key, and keeping it held down type 65 on the Numeric keyboard (that is on the right of your keyboard and not the numbers just above the main part of the keyboard. AFter typing 65, let go of the Alt key. An A should appear in Notepad. Try this for other numbers, using numbers between 0 and 255. You will be able to get characters and symbols that are not on your keyboard.
Different countries use different kinds of keyboards, as their languages are different. A character like á will not appear on keyboards in some countries, but will in others. Some characters are in different places on keyboards from different countries. The @ is on the key 2 on American keyboards, but on a keyboard in Ireland or Britain, the " is on the 2 key. The @ character is where the " is on an American keyboard. The software in your computer is able to recognise what each key is defined to do. If you change the software setting on your computer, you can have your keyboard give different characters than the ones that are on the keys.
ASCII only has a limited set of characters. A computers are used in more countries, they need to be able to deal with a lot more characters. The Chinese and Japanese languages have thousands of different characters, but ASCII does not support them. To use them you need a character set called Unicode which is on modern computers. A Chinese person can use a keyboard that does not have those symbols on them, but still be able to type them, if they have the software installed.
Indo-European languages dominate globally due to historical factors like colonization, trade, and cultural influence. The spread of languages like English, Spanish, and French was driven by the expansion of empires and economic power, leading to their widespread use and adoption as global languages.
Languages that are important depend on one's personal and professional goals. However, some universally important languages include English for global communication, Mandarin for business in China, Spanish for international trade in Latin America, and Arabic for diplomatic and business relations in the Middle East.
Vowels are crucial in language as they help distinguish between words and convey meaning. Without vowels, it would be difficult to comprehend and differentiate between different words and phrases. They are essential for clear communication and understanding in language.
Unicode is a character encoding standard that aims to represent text in all writing systems worldwide. It allows for the encoding of characters from different languages and symbols in a single standard. Unlike ASCII, which is limited to only 128 characters, Unicode supports over 143,000 characters.
IDN stands for Internationalized Domain Name, which is a domain name that contains at least one non-ASCII character. This allows domain names to be written in languages other than English, helping to make the internet more accessible globally.
Basic ASCII does not have enough bits to deal with languages with large character sets.
unicode or ansic
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.
ASCII is an abbreviation for American Standard Code for Information Interchange. The ASCII code, which is used worldwide, is used to create computer coding languages so computers can interact with people.
To find the ASCII value of a letter in most programming languages, you can use a built-in function. For instance, in Python, you can use the ord() function, where ord('A') will return 65. Similarly, in JavaScript, you can use the charCodeAt() method on a string, like 'A'.charCodeAt(0), which will also give you 65. You can also look up ASCII values in a standard ASCII table.
That's because the inventor of ASCII code thought they are important characters.
ASCII is a set of digital codes widely used as a standard fromat in the transfer of text. Unicode is an international encoding standard for used with different languages and scripts
ASCII is a set of digital codes widely used as a standard fromat in the transfer of text. Unicode is an international encoding standard for used with different languages and scripts
Unicode is intended to account for as many languages and symbols as possible while ASCII only covers a small subset. (English and some European languages).
ASCII because the other one like eating your system up
There are primarily two types of ASCII code: standard ASCII and extended ASCII. Standard ASCII uses 7 bits to represent 128 characters, including control characters, digits, uppercase and lowercase letters, and some symbols. Extended ASCII expands this to 256 characters by using the 8th bit, allowing for additional characters, symbols, and graphical representations, which vary by encoding system. Common extended ASCII sets include ISO-8859-1 and Windows-1252, which accommodate various languages and special characters.
Standard ASCII (American Standard Code for Information Interchange) uses 7 bits to represent characters, allowing for 128 unique symbols, which include control characters and printable characters like letters, digits, and punctuation. Extended ASCII, on the other hand, uses 8 bits, enabling 256 characters, which includes the original 128 standard ASCII characters plus an additional set of 128 characters for various symbols, accented letters, and graphics, varying by specific encoding schemes like ISO-8859-1 or Windows-1252. This expansion allows for better support of international languages and special symbols.