Stored? It would not be stored as ASCII -- ASCII (American Standard Code for Information Interchange) is in common use in the US (EBCDIC - Extended Binary Coded Decimal Interchange Code is another type of ASCII and is used in many European countries.)
My name is, for example, Bill TheCat - TheCat is my surname and is represented (not stored) in ASCII as "TheCat". Computers store data as 0s and 1s (in BINARY, which is not the same as EBCDIC) format.
You would not be able to copyright your surname; if you are using it in commerce, you may be able to register it as a trademark.
Technically, ASCII Decimal 10 is a ASCII (decimal) 10 is a linefeed character, or Vertical tab. ASCII Decimal 13 is a carriage return. If you happen to be using a very old teletype Machine, a ASCII 10 will move you down 1 line, but leave you the same distance from the left margin. ASCII 13 would send you to the left margin, but leave you in the same line. In modern practice, either 10 or 13, or both, will place your cursor on the first character of the next line. Note that some operating systems vary in this. This is why when you open a UNIX text document in a Windows Notepad, the document is a single line with boxes where the ASCII(13)s are, since Notepad only accepts ASCII(10) for line return.
ASCII = American Standard Code for Information InterchangeThat means that ASCII is a type of character encoding...Unless you want to write in 1's and 0's, then you must use ASCII. If you type a single character, it's most likely ASCII. To show you how ridiculous typing in binary is:011101110110100101101011011010010010000001100001011011100111001101110111011001010111001001110011 = wiki answers (lowercase)
I would do somthing like the Toledo microprocessor board and have it send ascII to a Gsm chip to send text.
In a complete binary tree (CBT) stored using an array, the parent of an element at index i can be found at index (i-1)/2, assuming the array is 0-indexed. So for an element stored at index 11, the parent node would be stored at index (11-1)/2 = 5.
01101101011010010110101101100101 Assuming you are using ASCII encoding, using 8-bit characters on a Big Endian computer architecture, then it would be: 01101101 01101001 01101011 01100101 On a computer using Little Endian byte-order: 01100101 01101011 01101001 01101101 The binary representation of a character is heavily dependent on the particular character encoding method being used (ASCII was originally the most common encoding, with UTF-8 now superseding it)
That depends on what language you're using. In PHP for example, it would be like this: $c = chr($i); In C, it would be: char c = (char)i; in BASIC, you'd use: LET C$ = CHR$(I)
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.
With an assignment. Examples: structure.field = 1; str_ptr->field += 2;
A = 0x41 = 65 B = 0x42 = 66 C = 0x43 = 67 ... Y = 0x59 = 89 Z = 0x5A = 90 However, note that depending on a particular numeric or bit value for a character is not always portable. It depends on the implementation.
If you're asking what a surname is, it is one's last same. For example, John Doe's surname would be Doe.
The sacristy is where the clergy vest for services, and where items are stored. During confirmation, there would be no one in the sacristy, which is no different than any other liturgical function. If the Sacred Chrism is stored there, it would not be there as the Bishop or priest would be using it for confirmation.