yes it can have
yes it can have
There is not built-in 'byte' type in C, but you can define it: typedef unsigned char byte; byte bmin=0, bmax=255;
bit, nibble, byte, word
no
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.
As one byte can hold one letter of the alphabet, to store the word "Sarah" would take 5 bytes.
a character/byte as defined in the C programming language is one byte (8 bits). A string can be as short as one byte and can be as long as the physical memory limits can contain it.
The size of a byte is typically hardware dependent, but the modern standard is eight bits. 8 bits can store 255 different values and this is enough to store one keyboard character. Therefore one byte can store one character of a text message.
The Another name of a BYTE is WORD. Sorry, but that is not correct. Computers do have a 'word length' which is described as a number of either Bits or Bytes. Most modern computers have a 16 bit or 32 bit, some 64 bit, word length. This 'word' is nothing to do with word processing or a typed document - it relates to the computers internal architecture. Some people use Byte and Character as the same thing but this again is not quite technically accurate. A Byte is always 8 bits by definition. However a character (eg the letter 'A') may vary in the number of bits required to store it. In most modern systems each character requires 8 bits - which just happens to be one Byte. Some older systems used 5, 6 or 7 bit characters. A correct technical word to use in place of Byte is Octet.
A Word is of 3 Types. 1. Half Word- It is 16 bit or 1 byte long 2. Double Word or DWORD- It is 32 Bit or 2 byte long 3. Quad Word or QWORD- it is 64 bit or 8 byte long
To add two 16-bit numbers and store the result in memory locations 90h (lower byte) and 91h (higher byte) on an 8051 microcontroller, you can use the following assembly code: MOV A, 30h ; Load lower byte of first number (example) ADD A, 31h ; Add lower byte of second number (example) MOV 90h, A ; Store lower byte result in memory location 90h MOV B, 30h ; Load higher byte of first number ADD B, 31h ; Add higher byte of second number MOV 91h, B ; Store higher byte result in memory location 91h Make sure to adjust the memory addresses and data values according to your specific requirements.
A byte is a sequence of 8 zeroes or ones in a binary system, which is known as a bit. One byte can store one alphanumeric character.