8 10 11 4 7 2 3 Using the given graph, answer the following questions: a. Write the adjacency list of the graph. b. List the graph's nodes in a depth-first traversal starting from node 0. Note: Among possible nodes to visit from the current one, choose the node with the smallest label when you have the possibility to select from several nodes. c. List the graph's nodes in a breadth-first traversal starting from node 0. Note: Among possible nodes to visit from the current one, choose the node with the smallest label when you have the possibility to select from several nodes. 1.

8 10 11 4 7 2 3 Using the given graph, answer the following questions: a. Write the adjacency list of the graph. b. List the graph's nodes in a depth-first traversal starting from node 0. Note: Among possible nodes to visit from the current one, choose the node with the smallest label when you have the possibility to select from several nodes. c. List the graph's nodes in a breadth-first traversal starting from node 0. Note: Among possible nodes to visit from the current one, choose the node with the smallest label when you have the possibility to select from several nodes. 1.

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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Graph Transversal Simulation: For this graph write down the order of vertices encountered in a breadth-first search starting from vertex A. Break ties by picking the vertices in alphabetical order (for example, A before Z)
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Write to code describes how to create the links dataset that represents the input graph. In this particular case, the links represent a directed network. The links dataset has only the nodes identification, which means, the from and to variables. The link weights in the transitive closure problem are irrelevant. In other words, it doesn’t matter the cost or the weight of the links, the algorithm searches for the possible paths to connect the nodes within the input graph. If there is a link or a set of links, no matter the weights, that connects node i to node j, that is the matter.
In which order will the nodes(vertices) in the graph below be visited during a depth-first traversal starting at Node A? Select the order in which the nodes are visited for the first time. If there is a choice between two nodes, use the lexicographic order. For example if you are visiting Node E, choose the edge (E,D) before the edges (E,G) or (E,H)
Using the same graph as in the previous question, list the vertices in the order thatthey will be visited by a breadth-first traversal, starting withe vertex A. Again, when there are multiple adjacent vertexes, save them alphabetically, A to G.Enter the letters with no spaces between them, in the order they would be visited.
The usage of linked lists in a certain fashion allows them to be used as a representation of adjacency lists on a graph. If you want to prove a point, you need to make it using an example. Is it true that no prior experience or education is needed to begin learning to code?
11. For the given graph below, use the depth-first search algorithm to visit the vertices and write the sequence of the visit. Start from the vertex "A". At any given vertex, you will visit first the unexplored vertex that has least alphabetical order. с G E F Answer the sequence of visiting the vertices: -_
Note: Write step by step by drawing graph! i need organized and understandable written. Construct the final graph by applying alpha-beta pruning algorithm.
Question 18 Find the list of vertices following the breadth-first traversal of the graph below starting from vertex 0. ( Note: when two or more nodes are equally as likely to be selected, select the one that comes first numerically). Enter your answer as a list of vertices separated by commas.
6. Write a source code to implement the BFS algorithm for the graph in the below figure.Also, show its output as the order of nodes visited, and draw your adjacency list.
Consider the graph depicted below. Answer the following questions: What is the degree of vertex a? What is the sum of degrees of all vertices? Who are the neighbors of vertex f? [Please, give the list in alphabetical order, separating letters with only a comma. Do not insert blank spaces] How many zeros does the adjacency matrix of the graph above contain? What is the value on row g and column d of the adjacency matrix?
The Graph Data Structure is made up of nodes and edges. (A Tree Data Structure is a special kind of a Graph Data Structure). A Graph may be represented by an Adjacency Matrix or an Adjacency List. Through this exercise, you should be able to have a better grasp the Adjacency Matrix concept. You are expected to read about the Adjacency Matrix concept as well as the Adjacency List concept. Suppose the vertices A, B, C, D, E, F, G and H of a Graph are mapped to row and column indices(0,1,2,3,4,5,6,and 7) of a matrix (i.e. 2-dimensional array) as shown in the following table. Vertex of Graph Index in the 2-D Array Adjacency Matrix Representation of Graph A B 2 F 6. H 7 Suppose further, that the following is an Adjacency Matrix representing the Graph. 3 4 5. 6. 7 0. 1 1 1 1 01 1 01 1. 3 14 1 1 1 6. 1 Exercise: Show/Draw the Graph that is represented by the above Adjacency matrix. Upload the document that contains your result. (Filename: AdjacencyMatrixExercise.pdf) Notes: -The nodes of the…