Given the declaration below of a two-dimensional, integer array in C
Int dat [3] [3] = { {1, 2, 3}, {10, 20, 30}, {100, 200, 300} };
What further can be said:

Given the following tree. Is it an AVL tree?

Giving a double linked lisy managing by pHead and pTail below:
struct NODE {
NODE *next;
NODE *prev;
int Data;
};
NODE *pHead, *pTail;
You want to make a function – DisplayAllNodeFromEnding – for display all data in nodes form
the end to the begin of of the list.
Select valid segment code.

Giving code segement:
s=90;
if (s>90)
t= ’A’;
if (s>=80)
t= ’B’;
cout< Select result after running code segment?

Giving code segement:
int i-12, j=0;
while (i>8)
{
i = i-1;
j = j+1;
}
cout< Select result of (j) after running code segment?

Here is a small binary tree of integers.
The left-most node of the right node of the root node of the tree has value.

How do you assign an address to an element of a pointer array?

How many parts are there in a declaration statement?

How many times would the line "do_bench ()" run in the following looping example:
For (3 sets)
{
For (5 repetitions)
{
do_bench ();
}
}

How can a node be inserted in the middle of a linked list?