#include int main() { int x = 10, *y, **z; y = &x z = &y printf(""%d %d %d"", *y, **z, (z)); return 0; }

#include <stdio.h>

int main() {
    int x = 10, y, *z;
    y = &x;
    z = &y;
    printf("%d %d %d", y, z, (*z));
    return 0;
}

The code begins with the inclusion of the stdio.h header file, which is necessary to use the printf function.
The main function is defined as the entry point of the program.
A variable x is declared and assigned the value 10.
Two pointer variables y and z are declared without initialization.
The address of x is assigned to y using the & operator. This means y now points to the memory location where x is stored.
The address of y is assigned to z. This means z now points to the memory location where y is stored.
The printf function is used to print the values of y, z, and (*z).
*y dereferences the pointer y, giving the value stored at the memory location it points to, which is the value of x (10).
z dereferences the pointer z twice, giving the value stored at the memory location z points to, which is the value of y (the address of x).
(z) dereferences the pointer z once and then dereferences the resulting pointer, giving the value stored at the memory location z points to, which is the value of x (10).
Finally, the main function returns 0, indicating successful execution of the program.

#include int main() { int x = 10, *y, **z; y = &x z = &y printf(""%d %d %d"", *y, **z, *(*z)); return 0; }