Please let me know which of these 10 C++ statements are True and and which are False (no explanation needed, thx). A recursive function is a function whose definition contains a call to the function being defined A design technique is to break a problem into smaller tasks, with the prospect that a smaller problem will be easier to solve. If the smaller task is the identical to the original task excepting only that the size is smaller, the problem may be solved using a recursive algorithm, and implemented with a recursive function. It is proper for a recursion to run on without ending. A proper recursive solution requires at least two cases: a recursive function that calls the recursive function with a smaller problem, and a base, or stopping case. In recursion, it is unnecessary to decide whether a stopping case has been reached. A programmer must have the source code for libraries to extend them, even using inheritance. If class D is derived from class B, we speak of D as the child class and B as the parent class. If class D is derived from class B, we speak of D as the derived class and B as the base class. If class D is derived from class B, then we say that class D inherits from class B. If class D is derived from class B then class D has only some of the members from B, and the additional members defined in D. Solution 1) true 2)true 3)false 4)true 5)false 6)false 7)true 8)true 9)true 10)true may be sometimes its a conditional question .

1. Please let me know which of these 10 C++ statements are True and and which are False (no
explanation needed, thx).
A recursive function is a function whose definition contains a call to the function being defined
A design technique is to break a problem into smaller tasks, with the prospect that a smaller
problem will be easier to solve. If the smaller task is the identical to the original task excepting
only that the size is smaller, the problem may be solved using a recursive algorithm, and
implemented with a recursive function.
It is proper for a recursion to run on without ending.
A proper recursive solution requires at least two cases: a recursive function that calls the
recursive function with a smaller problem, and a base, or stopping case.
In recursion, it is unnecessary to decide whether a stopping case has been reached.
A programmer must have the source code for libraries to extend them, even using inheritance.
If class D is derived from class B, we speak of D as the child class and B as the parent class.
If class D is derived from class B, we speak of D as the derived class and B as the base class.
If class D is derived from class B, then we say that class D inherits from class B.
If class D is derived from class B then class D has only some of the members from B, and the
additional members defined in D.
Solution
1) true
2)true
3)false

2. 4)true
5)false
6)false
7)true
8)true
9)true
10)true may be sometimes its a conditional question