The word "INPUTS" consists of 7 characters. Each character in a standard ASCII encoding typically uses 8 bits, so to calculate the total number of bits, you would multiply 7 characters by 8 bits per character, resulting in 56 bits. Therefore, the word "INPUTS" is represented using 56 bits in ASCII.
3 inputs and 2 output
16 bits
2 bytes=16 bits make a word
Each letter usually has seven bits, so the word "sane" has 4x7, or 28 bits.
16
If you are using the ASCII system, the word "duck", as it has four letters, contains 4 bytes, or 32 bits.
5 per 4 bits, so anything over, but not including, 1001
A word typically refers to a 16-bit quantity, where 32-bits is called a longword.
No, computers have been built with as few as 1 bit in a word to 72 bits in a word and architectures have been proposed with as many as 256 bits in a word.
depends....
8bit 16 bits 32 bits and 64 bits and 128 bits imply a broadside [parallel] output of that many bits of digital information on a buss output. these bits represent a word output. therefore the longest the word the more information can be processed at a time imply more bits the faster the computer or data flow.
9 binary input lines ==> 512 different input 'words'