Pointers

Consider the snippet

fill out the corresponding chart of address' and values

and this expression list w/ corresponding values

struct NODE{ int a; struct NODE *b; struct NODE *c; struct NODE nodes[5] = { {20, nodes + 3, {59, nodes + 2, {8, NULL) {44, nodes + 4, {32, nodes +1, }; NULL}, nodes +4}, nodes + 1}, nodes), nodes + 3) struct NODE *np = nodes + 2; struct NODE **npp = &nodes[1].b; of this lab. I have given you the address of the first element of the array. Pretend the integers and pointers are each 4 bytes. Fill in the address for each of the remaining elements of the array. Obviously, these addresses are not real addresses, but you will use them to determine the values of the expressions below. With the above you should have all needed information to complete this diagram. Addresses are shown in Hexadecimal. Any answers that is suppose to be an address you must preface with Ox. Address Ox200 Address Address. Address Address Address of a: Address of a Address a: Address of a: Address of a: Value of a Value of a: Value of a: Value of a: Value of a: Address of b: Address of b: Address of b: Address of b: Address of b: Value of b: Value of b: Value of b: Value of b: Value of b: Address of c: Address of c: Address of c: Address of c: Address of c: Value of c: Value of c: Value of c: Value of c: Value of c: nodes nodes nodes nodes nodes Expression Value nodes nodes.a nodes[3). nodes[3). nodes[3].c-> *nodes.a (*nodes).a nodes-> nodes[3].b-> &nodes &nodes[3].a &nodes[3]. &nodes[3].C-> &nodes-> np np-> npp npp-> npp npp-> ("npp) & np