Data Structures And Other Objects Using Java 4th Edition Michael Main - Solutions
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![FIGURE 14.4 Depth-First Search Implementations public static void depthFirstRecurse (Graph g, int v, boolean[ ] marked) { int[ ] connections = g.neighbors(v); int i; marked [v] = true; System.out.println(g.getLabel(v)); // Traverse all the neighbors, looking for unmarked vertices: for (int nextNeighbor : connections) { if (!marked [nextNeighbor]) depthFirstRecurse(g, nextNeighbor,](https://dsd5zvtm8ll6.cloudfront.net/si.question.images/images/question_images/1605/8/5/7/9455fb77299a63271605857944105.jpg)
![void mergesort( int data[ ], int first, int n, int temp[ ] ); // Precondition: data[first] through // data[first+n-1] are array elements in no // particular order. The temp array has // locations temp[first] through // temp[first+n-1]. // Postcondition: The elements // datalfirst] through data[first+n-1] // have been rearranged so](https://dsd5zvtm8ll6.cloudfront.net/si.question.images/images/question_images/1605/8/5/6/1985fb76bc6d4a731605856197578.jpg)
![private static void heapifySubtree( int[ ] data, int root0fSubtree, int n // Precondition: data is an array with at least // n elements, and rootOfSubtree < n. We will // consider data to represent a complete // binary tree, and in this representation the // node at data[rootOfSubtree] is the](https://dsd5zvtm8ll6.cloudfront.net/si.question.images/images/question_images/1605/8/5/6/2175fb76bd9279981605856215830.jpg)
![FIGURE 11.5 Implementation of the Table Class Implementation // FILE: Table.java from the package edu.colorado.collections // Documentation is available starting on page 584 or from the Table link at // http://www.cs.colorado.edu/~main/docs/. package edu.colorado.collections; public class Table { private int manyItems; private Object[ ] keys; private Object[ ] data; private boolean[](https://dsd5zvtm8ll6.cloudfront.net/si.question.images/images/question_images/1605/8/5/5/5505fb7693e5eeed1605855548802.jpg)
![FIGURE 9.8 The Animal-Guessing Program Java Application Program // FILE: Animal.java // This animal-guessing program illustrates the use of the binary tree node class. import edu.colorado.nodes.BTNode; // For BTNode import java.util.Scanner; public class Animal { private static Scanner stdin = new Scanner(System.in); public static void main(String[ ] args) { BTNode](https://dsd5zvtm8ll6.cloudfront.net/si.question.images/images/question_images/1605/8/5/4/0525fb763640c1d91605854050483.jpg)
![FIGURE 9.8 The Animal-Guessing Program Java Application Program // FILE: Animal.java // This animal-guessing program illustrates the use of the binary tree node class. import edu.colorado.nodes.BTNode; // For BTNode import java.util.Scanner; public class Animal private static Scanner stdin = new Scanner(System.in); public static void main(String[ ] args) { BTNode root;](https://dsd5zvtm8ll6.cloudfront.net/si.question.images/images/question_images/1605/8/5/1/0445fb757a49f4a81605851036991.jpg)
