Characters are first given an internationally agreed decimal value. The decimal value is converted to binary by the computer. For example... the decimal value for the letter A is 65... this converts to binary as 1000001
The most common and simple way to do this is using ASCII. Every byte is linked to a certain character or interpunction mark.
bytes are used to represent the amount of capacity in a memory
The combination of bits used to represent a particular letter number or character. e.g.: data bytes,
In the UTF 8 standard of representing text, which is the most commonly used has a varying amount of bytes to represent characters. The Latin alphabet and numbers as well as commonly used characters such as (but not limited to) <, >, -, /, \, $ , !, %, @, &, ^, (, ), and *. Characters after that, however, such as accented characters and different language scripts are usually represented as 2 bytes. The most a character can use is 4, I think (Can someone verify? I can't seem to find the answer).
Four bytes represent 32 bits. 32 bits represent 4,294,967,296 possibilities.
The number of bytes used by a character varies from language to language. Java uses a 16-bit (two-byte) character so that it can represent many non-Latin characters in the Unicode character set.
One.
A megabyte is one million bytes, each byte being a sequence of 8 bits, which is enough information to represent one character of alphanumeric data.
every character consumes 2 bytes. so if your word has 4 characters then it will consume 8 bytes.
1 bytes
1 MB (megabyte) equals 1048576 bytes. In most operating systems that are 32-bit, 1 ASCII character takes up 1 byte (8 bits). However, recently, the unicode system of character representation has upped the number of bytes required to represent alphabets of all popular languages in the world.
Primarily bytes.
4 bytes are enough to represent any integer in a range of approximately -2 billion, to +2 billion.