ASCII (American Standard Code for Information Interchange) is composed of 7 bits per character, which allows for 128 unique characters, including letters, digits, and control characters. However, it is commonly stored in an 8-bit byte, meaning each ASCII character typically occupies 1 byte of memory in most computer systems. Thus, while ASCII itself is 7 bits, it is generally represented as 1 byte in storage.
In ASCII, EBCDIC, FIELDATA, etc. yes. However Unicode characters are composed of multiple bytes.
An extended ASCII byte (like all bytes) contains 8 bits, or binary digits.
011000110110000101110100 is cat in Binary. That is 23 Bits, or just under 3 Bytes.
15,383 Bytes
If you are using the ASCII system, the word "duck", as it has four letters, contains 4 bytes, or 32 bits.
The letter S uses 1 byte of memory, as do all the other ASCII characters.
A character in ASCII format requires only one byte and a character in UNICODE requires 2 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.
ASCII = 7 bit Unicode = 16 bits UTF-8 =8 bit
in java, char consumes two bytes because it uses unicode instead of ascii. and int takes 4 bytes because 32-bit no will be taken
The word "intelligent" consists of 11 characters. In standard encoding, such as UTF-8 or ASCII, each character typically requires 1 byte. Therefore, to store the word "intelligent," 11 bytes are required.
128 ascii codes.