2022 Paper 1 Revision Quiz

Recursion

1. In Recursion, the part of the code which runs itself is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

2. In Recursion, the condition which stops the recursive calls is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

3. Look at this sample code:

1: public int Fact(int num)
2: {
3:   if (num == 0)
4:       return 1;
5:   else
6:       return num * Fact(num-1);
7: }

Which of these lines are the General Case?

	3
→	Incorrect
	4
→	Incorrect
	5
→	Incorrect
	6
→	Correct

4. Look at this sample code:

1: public int Fact(int num)
2: {
3:   if (num == 0)
4:       return 1;
5:   else
6:       return num * Fact(num-1);
7: }

Which of these lines are the Base Case?

	3
→	Almost, this is the condition which causes the base case
	4
→	Correct
	5
→	Incorrect
	6
→	Incorrect

5. Look at this sample code:

 1: public int Fact(int num)
 2: {
 3:   if (num == 0)
 4:       return 1;
 5:   else
 6:       return num * Fact(num-1);
 7: }

The function Fact is run with the parameter of 5.

Fact(5);

What is the return value for the First call:

What is the return value for the Second call:

What is the return value for the Third call:

What is the return value for the Fourth call:

What is the return value for the Fifth call:

What is the return value for the Sixth call:

What will be the final value returned for the call Fact(5):

Your score is 0 / 0

Arrays

1. In Recursion, the part of the code which runs itself is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

Your score is 0 / 0

Abstract Data Types & Dynamic vs Static

1. In Recursion, the part of the code which runs itself is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

Your score is 0 / 0

Queues

1. In Recursion, the part of the code which runs itself is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

Your score is 0 / 0

Stacks

1. In Recursion, the part of the code which runs itself is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

Your score is 0 / 0

Graphs

1. In Recursion, the part of the code which runs itself is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

Your score is 0 / 0

Trees

1. In Recursion, the part of the code which runs itself is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

Your score is 0 / 0

Graph Traversal

1. In Recursion, the part of the code which runs itself is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

Your score is 0 / 0

Searching Algorithms

1. In Recursion, the part of the code which runs itself is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

Your score is 0 / 0

Sorting Algorithms

1. In Recursion, the part of the code which runs itself is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

Your score is 0 / 0

Optimisation Algorithms

1. In Recursion, the part of the code which runs itself is called?

	General Case.
→	Correct
	Base Case.
→	Incorrect
	Repeating Case.
→	Incorrect
	Recursive Case.
→	Incorrect

Your score is 0 / 0

Order of Complexity

1. Complete the following:

1) Constant  :

2)  : O(log N)

3) Linear  :

4) Linearithmic  :

5)  : O (N2)

6)  : O(kN)

7) Factorial  :

2. Complete the Order of Complexity for the following examples:

1) Finding the first item in a list  :

2)  : Logarithmic or O(log N)

3)  : Linear or O(N)

4) Merge Sort  :

5)  : Polynomial or O (N2)

6)  : Exponential or O(kN)

7) : Factorial or O(N!)

Your score is 0 / 0

Halting Problem

1. Complete the Halting Problem:

‘Is it possible to a program that can tell given any and its and without the program, whether it will ?’

Your score is 0 / 0