In C, the number of bytes used to store a data type depends on the Compiler.ĭepending on the bit size of a compiler and also the OS, although the size of an int variable is at least 16 bits or 2 bytes and never bigger than long. Hence, for an unsigned short variable of 2 bytes, the minimum value that can be stored is 0 and a maximum is 2 16 or 65535. ![]() Occupied to store the sign of an integer value is now free and not used to store It stores double more positive short integer values than an short data type, because the highest bit which is usually The unsigned shortĭata type is used to store only positive short integer values. We could use a variant of an short data type called unsigned short. When we already know that we only wish to store a positive short integer value then Hence, for a short variable of 2 bytes, the minimum value that can be stored in a short is -2 15 or -32768 and a maximum is 2 15-1 or +32767. In C, the number of bytes used to store a data type depends on the Compiler( depending on the bit size of a compiler and also the OS),Īlthough the size of a short variable is at least 16 bits or 2 bytes and never bigger than size of int. To provide integer values of smaller range than an int data type. Hence, the range of values for short data type is -32768 to 32767.Ĭ provides a variant of an integer data type called short. The minimum range is calculated by -2 (bits-1) and for the maximum range it is 2 (bits-1)-1, while bits = size of a data type.įor example, A short variable of size takes at least 2 bytes( 16 bits) in size. Maximum Range- It is the maximum value that can be stored in a data type. Minimum Range- It is the minimum value that can be stored in a data type. We will use a formula to calculate a minimum range and a maximum range for the data types like short, char, int and long. In C, the number of bytes used to store a data type depends on the Compiler( depending on the bit size of a compiler and also the OS).īut irrespective of the bit-size of the compiler and OS, the following rules are followed, such as -įor many of us who like the reasoning behind equations.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |