The idea is to define groups of bits as representing specific letters. One commonly used system is the ASCII encoding, which uses groups of 8 bits. Here, the letter "A" (uppercase "A") is encoded as 01000001 (decimal 65), "B" as 01000010 (decimal 66), "C" as 01000011 (decimal 67), etc. Of course, other encodings are possible, and other encodings are, indeed, used.
A Dewey Decimal Code is commonly used in libraries as a method of classifying books. It is merely one popular code for this atsk - I think the Library of Congress uses a different system.
In Excel it is the "code" function. For example, Code("A") = 65
1000011
In hexadecimal, that would be 0x2E, which is equivalent to 46 in decimal, which in binary is 101110.
If you mean the character 'a', it has ANSI code 65 decimal therefore it will be 01000001 in binary, which is 0x41 in hex or 101 in octal.
Decimal: 65 Hexadecimal: 41 Octal: 101 Binary: 01000001 HTML: &.#.65; (without periods) Hope this answered your question!
Number System enables enumeration & quantitation of physical objects. For e.g. Binary, Octal, Decimal & Hexadecimal Number Systems.Number Code encodesunique characters with a number ineach Number System. For e.g.In ASCII Codecapital A is represented as 41 in hexadecimal, 65 in Decimal, 101 in Octal and 01000001 in Binary number System.
Each symbol has a preassigned code. What you see as an A on your keyboard, the computer sees as 01000001. What you see as WikiAnswers, the computer sees as 01010111 01101001 01101011 01101001 01000001 01101110 01110011 01110111 01100101 01110010 01110011. There is a code for each capital letter, each lower case letter, each number, and each symbol. Whatever you enter already has a preassigned binary equal.
The Dewey Decimal Classification code for robotics is 629.892.
Decimal 30 = binary 11110. The decimal binary code (BCD), however, is 11 0000.
that means a code or serial number of some product
vivek
The idea is to define groups of bits as representing specific letters. One commonly used system is the ASCII encoding, which uses groups of 8 bits. Here, the letter "A" (uppercase "A") is encoded as 01000001 (decimal 65), "B" as 01000010 (decimal 66), "C" as 01000011 (decimal 67), etc. Of course, other encodings are possible, and other encodings are, indeed, used.
In binary: 10100010 11101010 11010010 11011100 11011100 00000000 In hexadecimal: 0x5175696E6E00 10100010 = 0x51 = 'Q' (ASCII character code 81 decimal) 11101010 = 0x75 = 'u' (ASCII character code 117 decimal) 11010010 = 0x69 = 'i' (ASCII character code 105 decimal) 11011100 = 0x6E = 'n' (ASCII character code 110 decimal) 11011100 = 0x6E = 'n' (ASCII character code 110 decimal) 11011100 = 0x00 = 0 (ASCII character code 0 decimal - null-terminator)
Binary code represents letters by assigning each letter a unique combination of 0s and 1s according to a specific coding scheme, such as ASCII or Unicode. Each letter can be represented by a sequence of 0s and 1s that the computer interprets as that specific character.
A 4 BCD code is a 4 decimal-digit BCD code, thus a 16 digit binary-code. You take the decimal number 3545. It's BCD code is 0011 0101 0100 0101 where every 4 bits represent a decimal digit.