It doesn't.
Try this
#include <stdio.h>
#include <wchar.h>
int main (void) {
printf ("sizeof (char)=%d, sizeof (wchar_t)=%d\n",
(int)sizeof (char), (int)sizeof (wchar_t));
return 0;
}
it may require a large amount of data to be read,processed and also served for latter use.such memory is store ion the auxiliary memory device in form of data file.the data file is collection of bytes.
malloc
A java.util.Date object will take about 32 bytes in memory.
A pointer holds a memory address, from 0 to the upper limit of your memory (in 32 bit addressing this is up to 2^32, 64 bit is up to 2^64 bytes). So in math terms, a pointer could be considered a non-negative integer. However this is not the same as the integer type used in C and other languages, which refers to how the data at that memory address (the raw bits) is interpreted by the system. So the expression "int *x;" declares a pointer to an integer, but x is a memory address, not a literal C-style integer. The value pointed to by x, however, will be interpreted as a literal C-style integer. It may be easier to see using a pointer to a char: char character = 'C'; char *pointerToCharacter = character; In this case, character is a standard char variable, and pointerToCharacter is a pointer (which is a memory address) that points to the location in memory of a character.
In C, you can assign integers multiple characters such that they fit in their size. For e.g.: int - 4 bytes char - 1 byte So an assignment like this is valid: int a = 'ABCD'; The first byte in a will be assigned the value of 'A', the second - 'B' and so on. A string literal is a character array constant. It is enclosed in double quotes and assignment can only be made to a char pointer. There is no limit on the size of the literal and it is terminated with a null character. e.g.: char str[] = "This is a trial";
character constant is 4 bytes explanation is all constants is integer
2147483648 bytes
Its the same. The unit for memory is bytes.
Bytes are what computers use for memory. They store digital information that the computer uses.Example: An average song is about 6 megabytes or roughly 6000000 bytes
4 bytes
Approximately 512 bytes. About enough to store a 500 character plain text file.
A kilobyte (or a k) is 1024 bytes, so 16k is 16*1024 bytes or 16384 bytes.
bytes are used to represent the amount of capacity in a memory
The memory in the computer is stored in the form of bits and bytes
15,383 Bytes
4,096 In computer memory, "kilo" refers to 2 to the 10th power, or 1024, rather than to 1000.
1024 mega bytes