c strings are terminated by \0 character
Language dependent. In C, for example, there no string as such, but you can use function strcat to concatenate zero-terminated character-sequences.
the character string is terminated by '\0'
Strings represented by the language character set (e.g., ASCII) are stored as null-terminated arrays of type char. Wide-character strings are stored as null-terminated arrays of type wchar_t. Other types are also available, such as char16 and char32 (for UTF16 and UTF32 encodings, respectively).
All statements must be terminated with a semi-colon in C.
Yes, it does.
an array of characters, usually terminated by a binary zero (0x00 or \0, not '0')
Nothing, zero-terminated char-arrays are used instead of strings.
Language dependent. In C, for example, there no string as such, but you can use function strcat to concatenate zero-terminated character-sequences.
There is no difference. A string is just an array of type char. The only real difference is that we do not need to keep track of the length of a string because strings are null-terminated in C. If a string does not have a null-terminator, then it is just an ordinary array of character values.
the character string is terminated by '\0'
True.
The name of an array serves as a reference to the start address of the array and thus to the first element of the array. If the array is fixed length and within the scope of its declaration, the compiler can determine its length from the name alone. However, when an array name is passed to a function, it implicitly converts to a pointer and the size information is lost. thus the size must be passed as a separate argument. The only general purpose exceptions supported by the standard library are null-terminated character arrays (C-style strings) and null-terminated arrays of C-style strings (terminated by a double-null).
From lowest to highest it's C, G, D, A.
Strings represented by the language character set (e.g., ASCII) are stored as null-terminated arrays of type char. Wide-character strings are stored as null-terminated arrays of type wchar_t. Other types are also available, such as char16 and char32 (for UTF16 and UTF32 encodings, respectively).
Every programming language treats strings as arrays. A C string is defined as being a null-terminated array of characters. A C string that does not have a null-terminator is just an array of character values, but without a null-terminator the onus is upon the programmer to keep track of the array's length.
All statements must be terminated with a semi-colon in C.
For Em, you strum all of the strings For D, you strum strings G, B, and E (or 3, 2, and 1) For C, you strum strings G, B, and E For G, the strum the same strings as D and C