Consider the following C program.#include<stdio.h> struct Ournode{ char x,y,z; }; int main() { struct Ournode p = {'1', '0', 'a'+2}; struct Ournode *q = &p; printf ("%c, %c", *((char*)q+1), *((char*)q+2)); return 0; }The output of this program is:

1. The structure Ournode contains three char variables: x, y, and z, each taking 1 byte in contiguous memory.

2. In main(), variable p is initialized as:

   • p.x = '1' (at offset 0)

   • p.y = '0' (at offset 1)

   • p.z = 'a' + 2 = 'c' (at offset 2, since 'a' + 2 is the character 'c')

3. Pointer q points to p. Casting q to (char*) yields a pointer to the first byte of p (i.e., p.x).

4. *((char*)q + 1) dereferences byte at offset 1, which contains '0'.

5. *((char*)q + 2) dereferences byte at offset 2, which contains 'c'.

6. The printf format string "%c, %c" outputs these characters separated by a comma and a space, producing 0, c.

Therefore, (A) is the correct option.