Decimal 98
The ASCII code of letter B is 66
47 in BCD & ASCII
one of the major difference b/w ISCII and ASCII is that ASCII offers a larger range of characters than ISCII.
That depends what you mean by "B", and what you mean by "binary code" assuming that by "binary code", you actually mean a binary representation of it's ascii value, then the answer is 1000010. The ascii value of the character "B" is 66 in decimal, which is 1000010 is that value in binary. If on the other hand, you mean "what is the binary value of the hexidecimal number B?", then the answer is 1011.
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 is all the alphabet turned into ASCII first decimal then ASCII. Hope you find it useful.
For a capital B it's 66. For a lower case b, it's 98.
128
0059, possibly (ASCII).
Upper case U in ASCII/Unicode is binary 0101011, U is code number 85. Lower case u in ASCII/Unicode is binary 01110101, u is code number 117.
the ASCII code for A is 65... just count up 1 for each subsequent letter.
On Windows Alt + 0176 Hold down the Alt key and type the ASCII number for the degree sign which is 176. Use Charmap to find the ascii number.
A character (of type char) doesn't actually require conversion unless you need to print the ASCII value rather than the character itself, or where the result of a numeric operation exceeds the range of a char. For instance: char a = 'a'; // ASCII 97 char b = 'b'; // ASCII 98 printf("a + b = %c\n", a + b); printf("a + b = %d\n", (int) a + b); printf("a + b = %d\n", (int) (a + b)); In the above example, the output will be something like: a + b = Ã a + b = 195 a + b = -61 In the first print statement, the result of a + b is either 195 or -61 depending on whether a (plain) char is signed or unsigned. Either way, the corresponding character is printed. In this case the character 'Ã' is printed (the character corresponding to ASCII code 195 in the ISO 8859-1 extended ASCII table). In the second print statement, we explicitly cast the variable a to an int, thus the result is an int with the value 195. In the final print statement, we explicitly cast the result of a + b to an int. If a (plain) char is signed, then the result is -61 (because 195 is beyond the range of a signed char), otherwise the result is 195 (which is in the range of a signed char).