The binary value of the ASCII code for G .

The letter A is. 97, lowercase b is 98....By analogy, G is 103, if it is binary.

Handful. Just convert 103 to binary

The method is to keep dividing by 2 to take the remainder.

103 divisible.

More than 51. 51 divisible. More than 25.

25 divisible. 12 more.

12 divisible. 6 more.

6 divisible. 3 more.

3 divisible. I. Divisible.

I. When the quotient is 0, it stops).

And then. Put the remainder.

"That is, the other way around."

Binary up. So the binary ASCII code value of g is.

The ASCII code with a capital "F" is: 46h, the decimal number is: 72, and the binary number is: 01000110b

The binary value of the ASCII code with the letter "G" is: 01000111b

Hehe. The capital A is 65, B is 66, C is 67....And so on.

z is 90 careful.

The letter A is. 97, lowercase b is 98....And so on. Be careful z is.

abcdefghigklmn。。。

If you can memorize 26 English letters, it's fine

g is the 7th ah, 65 + 7-1 = 71

If you count binary.

Handful. 71 to binary is fine

The method is to keep dividing by 2 to take the remainder.

Divisible. I. Divisible. I.

Divisible. I. Divisible. I.

Divisible. I. Divisible. I.

Divisible. I. When the quotient is 0, it stops).

And then. Put the remainder.

"That is, the other way around." Binary up.

According to the landlord's meaning:

F ASCII code +1, because the letter G is 1 digit after F, therefore, the ASCII code of G is 68 (decimal) 1000100 (binary).

In fact, the ASCII code for G is 71 (decimal), which is 1000111 (binary).

The keyboard inputs a string and outputs the ASCII code value (decimal) for each character.

For example: Please enter 10 characters: very good!

The encryption result is: 86,101,114,121,32,71,111,111,100,33, and the procedure is as follows:

Enter a character.

Print out the decimal format immediately.

XVI. Prohibitions. as well as the address.

End the program when entering 1.

#include

intmain()

ASCII code is 8-bit binary.

ASCII code is a commonly used English character information encoding scheme, which uses 8-bit binary numbers to represent various letters and symbols.

ASCII codes use a combination of 7-digit binary numbers to represent all uppercase and lowercase letters, numbers 0 through 9, punctuation marks, and special control characters used in American English. Developed by the American National Standards Institute (ANSI), the ASCII code is a standard single-byte character encoding scheme that specifies which source binary numbers are used to represent commonly used symbols. Used for text-based data.

ASCII code 0 does 31 and 127 (33 in total) are control characters or communication special characters (the rest are displayable characters), such as control characters: LF (line break), CR (carriage enter), FF (page change), del (delete), BS (backspace), bel (ring), etc.; Communication-specific characters: SOH (header), EOT (ending), ACK (acknowledge), etc.

Introduction to ASCII Codes.

ASCII code, also known as the American Standard for Information Exchange**, was developed by the American National Standard Institute (ANSI) as a standard single-byte character encoding scheme for text-based data. It is the most common standard for information exchange and is equivalent to the international standard ISO IEC 646.

It was originally a national standard in the United States for different computers to use as a common standard for encoding Western characters when communicating with each other, and it was later established as an international standard by the International Organization for Standardization (ISO), known as the ISO 646 standard.

Works with all Latin alphabets. ASCII was first published as a canonical standard in 1967 and last updated in 1986, with a total of 128 characters defined to date.

7 or 8 bits. ASCII codes use a specified combination of 7 or 8 binary numbers to represent 128 or 256 possible characters.

The standard ASCII code, also known as the basic ASCII code, uses 7 binary digits (the remaining 1 binary is 0) to represent all uppercase and lowercase letters, numbers 0 through 9, punctuation marks, and special control characters used in American English.

ASCII its highest bit (B7) is used as the parity bit. The so-called parity check refers to a method used to check whether there is an error in the transmission process, which is generally divided into two types: odd check and even check.

8-bit binary. ASCII is a computer coding system based on the Latin alphabet, which uses a specified combination of 7 or 8 binary numbers to represent 128 or 256 possible characters. The standard ASCII code, also known as the basic ASCII code, uses 7 binary digits (the remaining 1 binary is 0) to represent all uppercase and lowercase letters, numbers 0 through 9, punctuation marks, and special control characters used in American English.

Development: In order to solve some compatibility between Chinese, Japanese, and Korean hieroglyphic characters and ASCII, a double-byte character set (dbcs) appeared.

DBCS starts with the 256th **, just like ASCII, and the first 128** is ASCII. However, some of the higher 128** always follow the second byte. These two bytes together (called the first and following bytes) define a character, usually a complex hieroglyph.

In the standard ASCII code table, the English letters are encoded according to the English alphabet.

The order of arrangement, since the English letter k is known, the hexadecimal code.

If the value is 4b, then the character corresponding to the binary ASCII code 1001000 (whose hexadecimal code value is 48) is backwards from K to 4b-48 = 3 letters: k(4b)->j(4a)->i(49)->h(48), which is naturally h.

Expression: ASCII codes use a specified 7-bit or 8-bit binary number.

to represent 128 or 256 possible characters. The standard ASCII code, also known as the basic ASCII code, uses 7-digit binary numbers to represent all uppercase and lowercase letters, numbers 0 through 9, punctuation marks, and in American English.

special control characters used.

Among them: 0 31 and 127 (33 in total) are control characters or communication-specific characters (the rest are displayable characters), such as control characters: lf (line break), cr (carriage enter), ff (page change), del (delete), bs (backspace), bel (ring), etc.; Communication-specific characters:

SOH (header.

EOT (text ending), ACK (acknowledgement), etc.; ASCII values of and 13 are converted to backspace, tabulation, line break, and carriage return, respectively. They don't have a specific graphical display, but they vary from application to application.

It has a different effect on the display of text.

32 126 (95 in total) are characters (32 is a space), of which 48 57 is ten Arabic numerals from 0 to 9.

65 90 is 26 uppercase letters, 97 122 is 26 lowercase letters, and the rest are some punctuation marks, operation marks, etc.

A 7-bit binary-encoded ASCII code can represent characters to the seventh power of 2, that is, 128.

ASCII Code (ASCII Code) generally refers to ASCII.

ASCII (American Standard Code for Information Interchange) is a computer coding system based on the Latin alphabet for the display of modern English and other Western European languages.

It is the most common standard for the exchange of information and is equivalent to the international standard ISO IEC The first published in 1967 and last updated in 1986 were published in the form of a normative standard, with a total of 128 characters defined so far.

ASCII code is generated for the following reasons:

In computers, all data is stored and calculated in binary numbers (because computers use high and low levels to represent 1 and 0 respectively), for example, 52 letters like a, b, c, d and other numbers (including uppercase) and other numbers and some commonly used symbols (such as *, , @等) are also used when stored in computers.

And which binary numbers are used to represent which symbols, of course, everyone can agree on their own set (this is called coding), and if you want to communicate with each other without causing confusion, then you must use the same coding rules, so the relevant standardization organizations in the United States have issued ASCII coding, which binary numbers are used to represent the above commonly used symbols.

The American Information Exchange Standard** was developed by the American National Standards Institute (ANSI) and is a standard single-byte character encoding scheme for text-based data.

It was originally a national standard in the United States for different computers to use as a common standard for encoding Western characters when communicating with each other, and it was later established as an international standard by the International Organization for Standardization (ISO), known as the ISO 646 standard. Works with all Latin alphabets.

The number of characters it can represent is 128. Because the possible combination of a binary number with a length of 7 bits is 2 to the 7th power, which is 128.