black characters: 233
every character consumes 2 bytes. so if your word has 4 characters then it will consume 8 bytes.
A MAC address consists of 12 hexadecimal characters, representing 6 bytes in total. The first 6 characters of a MAC address represent the Organizationally Unique Identifier (OUI) and correspond to 3 bytes. Therefore, the first 6 characters of a MAC address occupy 3 bytes.
10
UTF-16 uses either 2 or 4 bytes per character. Most common characters from the Basic Multilingual Plane (BMP) are encoded using 2 bytes, while characters outside this range require 4 bytes, represented as a pair of 2-byte code units known as surrogates. Therefore, the number of bytes needed depends on the specific characters being encoded.
only uses one byte (8 bits) to encode English characters uses two bytes (16 bits) to encode the most commonly used characters. uses four bytes (32 bits) to encode the characters.
1024 characters is 1,000 bytes, or one kilobyte.
Two bytes can hold a maximum of 16 bits, which allows for 65,536 possible combinations. In terms of character encoding, this means it can represent up to 65,536 unique characters, such as in the Unicode standard, which includes a wide range of symbols and characters from various languages. However, in simpler encoding systems like ASCII, which uses only 7 bits, two bytes can represent 256 characters.
If you're referring to kilobyte, then it contains 1024 bytes and if the characters are the standard ASCII character set where 1 character is 1 byte, then a kilobyte would have 1024 characters.
The bytes representing keyboard characters are normally used to index some sort of array (or small database) to decode the information.
512 x 1024 bytes
The word: microprocessors, is 15 characters long, and would need a minimum of 15 bytes to store as ASCII. Some systems may need additional bytes to indicate that text is stored there, or how long the text field is, though.
That depends what encoding is used. One common (fairly old) encoding is ASCII; that one uses one byte for each character (letter, symbol, space, etc.). Some systems use 2 bytes per character. Many modern systems use Unicode; if the Unicode characters are stored as UTF-16 - a fairly common encoding scheme - many common characters will still use a single byte, while many special symbols (for example, accented characters) will take up two bytes. The number of bits is simply the number of bytes multiplied by 8.