A good reason to use the binary tree structure is

What is the output of the following program? #include using namespace std; int x = 0; class TestClass { public:      TestClass(int x)      { cout

Fill in the blanks from the list of terms below.  (Use each term only once):                                        a node means adding it to the end of a list.     private static members last data type dequeuing subtree pointer structure return static scope resolution new head static indirect aggregation children before & friend strcpy Object-oriented first try Appending Multiple inheritance doubly-linked depth root node instantiation destructor enqueuing Memberwise assignment

Stacks and queues can be implemented as arrays or linked lists.

True/False More than one class may be derived from a base class. 

Which of the following is a directive used to create an “include guard” that allows a program to be conditionally compiled to prevent a header file from accidentally being included more than once?

If you do not furnish a(n) __________, an automatic memberwise copy will be performed when one object is assigned to another object.

A problem can be solved with recursion if it can be broken down into successive smaller problems that are the same as the overall problem.

The try block is immediately followed by one or more

Fill in the blanks from the list of terms below.  (Use each term only once):                            variables are designed to hold addresses. private static members last data type dequeuing subtree pointer structure return static scope resolution new head static indirect aggregation children before & friend strcpy Object-oriented first try Appending Multiple inheritance doubly-linked depth root node instantiation destructor enqueuing Memberwise assignment