Part 1: he base address is 0x10010000. What is the address of the memory location that holds Ox56789018? char char_arr[] = {0x23, 0x24, 0x25); //+0,+1, +2 it wordNum1 = 0x78; //+4 har varl = 'a';//Hint: varl: .byte 'a' //+8 it int_arr[] = {0x01, 0x003, 0x56789018}; //+12, +16, +20 dec...hex ar *str = "Hi";//Hint: str: .asciiz "Hi" Part 2: The base address is 0x10010000. What is the address of the memory location that holds 'H'? char char_arr[] = {0x23, 0x24, 0x25); //+0,+1, +2 int wordNum1 = 0x78; //+4 char varl 'a';//Hint: varl: .byte 'a' //+8 int int_arr[] = (0x01, 0x003, 0x56789018); //+12, +16, +20dechex char *str= "Hi";//Hint: str: .asciiz base+24 de hex char myChar '0'; "Hi" 'H' or ASCII cod2 =48 in addre * Part 3 is on second attachment. Thank you.

Discuss the various techniques for interprocess communication (IPC) in operating systems.

Where can we find the distinctions between logical and physical addresses?

The Hack design splits the address space, preventing data and instructions from being stored in the same place.   What are the implications of this architecture? Explain and debate in your own words. Is Von Neumann architecture synonymous with Hack architecture? (Yes/No)