Can someone please explain it to me ASAP?!!! This is breadth first search **Breadth-First Search Traversals****Graph Representation:**The following graph is represented by five vertices labeled A, B, C, D, and E, with edges connecting them as follows:- Vertex A has edges connecting to vertices B and D.- Vertex B has edges connecting to vertices A, C, and D.- Vertex C has an edge connecting to vertex B.- Vertex D has edges connecting to vertices A, B, and E.- Vertex E has an edge connecting to vertex D.(Graph Diagram)``` B / | \A D - C \ / E```**Problem Statement:**How many valid breadth-first search traversals are possible when A is the starting vertex? Enter your answer in the input box provided. Example: 5.**Interactive Component:**- A progress bar is displayed below the problem statement, indicating the user is on stage 4 out of 4, suggesting that this is the final part of the exercise.

Answer: currently working node is A:- Step 1: Check the adjacent node from A i.e B and D put in the…

Answered: B C A D E How many valid breadth-first…

Engineering

Computer Science

B C A D E How many valid breadth-first search traversals are possible when A is the starting vertex? Ex: 5

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Exercise # 1: Depth First Search Implement the Depth-first Search (DFS) algorithm and test it on the graph shown below. 5 1 3 Example 1: Input Adjacency list representation of graph shown above. Source Vertex Output List of visited vertices 2.
3. Refer to the graph G below. w i h e G Map out all of the following graphs: a) walk b) path c) circuit d) сycle e) triangle
Python Graph Algorithms: Minimum Spanning Trees Suppose you are an engineer working on designing a road network for a new town. The town has many residential areas and commercial centers that need to be connected efficiently. You decided to represent the town as a connected, undirected graph where each vertex represents a location, and each edge represents a road connecting two locations. The weight of each edge represents the distance between the two locations. To ensure the road network is efficient, you need to find the minimum spanning tree of the graph. However, due to budget constraints, you can only construct roads with a maximum distance limit. You need to determine for how many pairs of locations, the minimum spanning tree of the graph remains the same when the maximum distance limit of a road is increased by 2 units. To solve this, you write a program that takes as input the number of locations, the number of roads, and the weight of each road. Your program will also receive…
2 F E 4 K5: the complete graph on 5 vertices. (ie. each vertex is connected to the other four vertices)
Graph Theory: Graph theory in computer science uses a graphical matrix with nodes and edges to describe a data structure. These can be used for search trees, game theory, shortest path, and many other applications in math and computer science. An example of an application of a graph in computer science is the data structure used to hole the moves for a checkers game program. Each move can be represented by a node. The edges connecting the nodes are determined by the rules of the game, basically how to get to the node. This is a directed graph, because a player cannot take a move back. So the flow is always in one direction towards the end of the game. Cycles in a graph is when a node can go back to itself. This is not possible in this graph, because a move can only go to another position on the board. The only case where this would be correct is if a player were allowed to skip his turn, or move to the same spot that he is already in. A graph is said to be connected if there is a path…
5. Icosian Game A century after Euler's discovery (see Problem 4), another famous puzzle-this one invented by the renowned Irish mathematician Sir William Hamilton (1805–1865)-was presented to the world under the name of the Icosian Game. The game's board was a circular wooden board on which the following graph was carved: Find a Hamiltonian circuit-a path that visits all the graph's vertices exactly once before returning to the starting vertex-for this graph.
1. BFS (Breadth First Search) and DFS (Depth First Search) algorithms on graphs. a. Represent the following graph in computer. D b. Implement BFS in Java and calculate the BFS result on the above graph using your code. The source (or starting point) is A. c. Implement DFS in Java and calculate the DFS result on the above graph using your code. The source (or starting point) is A. d. What is the time complexity of your BFS algorithm and why? What is the time complexity of your DFS algorithm and why?
A graph G with vertices labelled 0 to 9 is shown below. 8 17 3 Tick all the statements that are correct about the graph. You may need to compare the above graph to the Peterson graph, which is provided as follows: O Gis a Hamiltonian graph O G contains more than five spanning trees O Gis an Eulerian graph O G is a simple graph O Gis bipartite O The complement of G is connected There are two distinct vertices in G that are joined by an Eulerian trail O The diameter of G is 2 O There are two distinct vertices in G that are joined by a Hamiltonian path O Gis isomorphic to the Peterson graph G is a regular graph 6,
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21. Assume the graph is represented by two linear arrays corresponding to the end vertices of edges. Write and explain the algorithm to find a spanning tree of the graph with an example.
BFS #*** C Code only ****## No java no C++ ### Comment and explanation must each line #### output screenshot also needed. // PLEASE write the code that is easy to understand and easy to manupulate the code or user data //Need C code for this given BFS graph. Have to show- Visited- Not visitedAccording to the Breadth first search (BFS) graph I will quickly up vote. Looking for your correct answer.