Design and Analysis of Algorithm
Master Algorithms: Test Your Knowledge
Welcome to the Master Algorithms quiz! This engaging quiz consists of 39 carefully crafted questions designed to test your understanding of algorithm design and analysis. Whether you're a student, professional, or simply an enthusiast, this quiz provides a fun way to enhance your knowledge.
In this quiz, you will find:
- Multiple choice questions covering various aspects of algorithms
- Insights into data structures and algorithm effectiveness
- Challenging scenarios to deepen your understanding of computational methods
A set of finite and detailed step-by-step instructions performed to complete a specific task.
Algorithm
Design
Algorithmics
Analysis
It is the design and analysis of computer algorithms.
Algorithmics
Design
Analysis
Algorithm
It pertains to the method or mathematical process behind the conception of an algorithm.
Design
Analysis
Algorithm
Algorithmics
This deals with the determination of the computational complexity of an algorithm.
Analysis
Algorithm
Algorithmics
Design
The parts or components required in accomplishing task
Inputs
Outputs
Processing
Hardware
I. To perform a long division, the method (algorithm) learned is to iterate through the digits of the dividend from left to right. II. Each digit of the dividend, one divides, multiplies, subtracts, and brings down the next digit.
Only I is true
Only II is true
Both statement is true
Both statement is false
An algorithm can have zero or more inputs, taken from a specified set of objects.
Input Specification
Finiteness
Effectiveness
Output Specification
Another way to give directions is to tell the simplest directions that are least likely to confuse the person.
Giving Directions
Directions by Foot
Directions by Subway
Public Vehicle Route
An algorithm can have zero or more inputs, taken from a specified set of objects.
Input Specification
Finiteness
Output Specification
Definiteness
The algorithm must always come to an end after a finite number of steps and using a finite amount of resources.
Finiteness
Input Specification
Output Specification
Effectiveness
All operations to be performed must be sufficiently basic that they can be done exactly and in finite time. "Basic" implies that the instructions need to be well-defined and can be performed exactly (but not necessarily "simple").
Effectiveness
Input Specification
Finiteness
Definiteness
The actions to be carried out must be rigorously and unambiguously specified for each case.
Definiteness
Effectiveness
Finiteness
Output Specification
It is a generic way of describing an algorithm without using any specific programming language-related notations.
Pseudocode
Flowchart
Algorithmics
Analysis
It is a method of expressing an algorithm by a collection of connected geometric shapes containing descriptions of the algorithm's steps.
Flowchart
Pseudocode
Design
Analysis
A decision in which a choice is made any instructions that occur inside a selection or iteration are usually indented.
If-Else
If-Then-Else
For
Repeat-Until
A loop that has a condition at the beginning.
While
Repeat-Until
For
If-Then-Else
It is a general approach by which a variety of problems from different areas of computing can be solved algorithmically.
Algorithm Design Techniques
Algorithm Analysis Techniques
Approximate Problem Solving
Exact Problem Solving
These are procedures that will have quantifiable and definite end result.
Exact Problem Solving
Approximate Problem Solving
Algorithm Design Techniques
Algorithm Analysis Techniques
These are procedures that will have near result to the actual value because of instances that cannot be solved exactly
Approximate Problem Solving
Exact Problem Solving
Algorithm Design Techniques
Algorithm Analysis Techniques
It is represented by list in which each elements has a unique successor.
Linear Data Structure
Graph Data Structure
Tree Data Structure
Binary Data Structure
It is a data structure that may contain a fixed number of components all of the same data type.
Array
Linked list
Data
Graph list
It is a data structure that allows programmers to create a new place automatically to store data whenever necessary.
Linked list
Array
Data
Graph list
A simple operations of this linked list are insertion, deletion, traversal, and search of a node in a given list.
Singly linked list
Doubly linked list
Circularly linked list
Ternary linked list
It is where each node, except for the first and last, contains pointers to both its successor and its predecessor.
Doubly linked list
Singly linked list
Circularly linked list
Ternary linked list
It is where the last node's link points to the first node of the list.
Circularly linked list
Ternary linked list
Singly linked list
Doubly linked list
It is a collection of nodes (vertices) and line segments (lines). The graph is an abstract data type that is meant to implement the graph and directed graph concepts from the mathematics.
Graph Data Structure
Linear Data Structure
Tree Data Structure
Binary Data Structure
It is a graph in which each line has a direction to its successor. The lines in a directed graph are called "arcs".
Directed Graph
Undirected Graph
It is a graph in which there is no direction in any of the lines.
Undirected Graph
Directed Graph
It is a tree in which each node can have unlimited outdegree.
General tree
Binary tree
AVL (Adelson-Velskii Landis)
Heap tree
It is a tree in which no node can have more than two (2) subtrees.
Binary tree
General tree
AVL (Adelson-Velskii Landis)
Heap tree
A tree follows the same design as the binary search tree with the addition of the balance factor.
AVL (Adelson-Velskii Landis)
General tree
Heap tree
Binary tree
It is a complete or nearly complete binary tree, and the key value of each node is greater than or equal to the key value in each of its descendents.
Heap tree
Binary tree
General tree
AVL (Adelson-Velskii Landis)
This asks to rearrange the items of a given list in ascending order.
Sorting Problem
Searching Problem
String Processing Problem
Graph Problem
It is a traversing algorithm where one should start traversing from a selected node and traversing the graph layerwise.
Breadth First Search
Depth First Search
Problem Search
Order Search
It is a recursive algorithm that uses the idea of backtracking.
Depth First Search
Breadth First Search
Problem Search
Order Search
It deals with the most difficult problems in computing that ask to find a combination of an object such as permutation, combination, or a subset.
Combinatorial problems
Graph problem
Searching problem
Geometrical problems
Ancient Greeks were very much interested in developing procedures for solving a variety of geometrical problems.
Geometrical problems
Graph problem
Combinatorial problems
Searching problem
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