Building Java Programs: A Back To Basics Approach Plus Mylab Programming With Pearson Etext -- Access Card Package (4th Edition) - 4th Edition - by Stuart Reges; Marty Stepp - ISBN 9780134448305

Building Java Programs: A Back To Basic...
4th Edition
Stuart Reges; Marty Stepp
Publisher: PEARSON
ISBN: 9780134448305

Solutions for Building Java Programs: A Back To Basics Approach Plus Mylab Programming With Pearson Etext -- Access Card Package (4th Edition)

Chapter

Section

Problem 1SCP:

Why do computers use binary numbers?

Problem 2SCP

Problem 3SCP

Problem 4SCP:

In your own words, describe an algorithm for baking cookies. Assume that you have a large number of...

Problem 5SCP:

What is the difference between the file My Program.java and the file My Program.class?

Browse All Chapters of This Textbook

Name: Building Java Programs: A Back To Basics Approach Plus Mylab Programming With Pearson Etext -- Access Card Package (4th Edition)
Author: Stuart Reges; Marty Stepp
ISBN: 9780134448305

Chapter 1 - Introduction To Java Programming Chapter 1.1 - Basic Computing Concepts Chapter 1.2 - And Now-java Chapter 1.3 - Program Errors Chapter 1.4 - Procedural Decomposition Chapter 2 - Primitive Data And Definite Loops Chapter 2.1 - Basic Data Concepts Chapter 2.2 - Variables Chapter 2.3 - The For Loop Chapter 2.4 - Managing Complexity

Chapter 3 - Introduction To Parameters And Objects Chapter 3.1 - Parameters Chapter 3.2 - Methods That Return Values Chapter 3.3 - Using Objects Chapter 3G - 3g Graphics Chapter 3G.1 - Introduction To Graphics Chapter 4 - Conditional Execution Chapter 4.1 - If/else Statements Chapter 4.2 - Cumulative Algorithms Chapter 4.3 - Text Processing Chapter 4.4 - Methods With Conditional Execution Chapter 5 - Program Logic And Indefinite Loops Chapter 5.1 - The While Loop Chapter 5.2 - Fencepost Algorithms Chapter 5.3 - The Boolean Type Chapter 5.4 - User Errors Chapter 5.5 - Assertions And Program Logic Chapter 6 - File Processing Chapter 6.1 - File-reading Basics Chapter 6.2 - Details Of Token-based Processing Chapter 6.3 - Line-based Processing Chapter 6.4 - Advanced File Processing Chapter 7 - Arrays Chapter 7.1 - Array Basics Chapter 7.2 - Array-traversal Algorithms Chapter 7.3 - Reference Semantics Chapter 7.4 - Advanced Array Techniques Chapter 7.5 - Multidimensional Arrays Chapter 8 - Classes Chapter 8.1 - Object-oriented Programming Chapter 8.2 - Object State And Behavior Chapter 8.3 - Object Initialization: Constructors Chapter 8.4 - Encapsulation Chapter 8.5 - Case Study: Designing A Stock Class Chapter 9 - Inheritance And Interfaces Chapter 9.1 - Inheritance Basics Chapter 9.2 - Interacting With The Superclass Chapter 9.3 - Polymorphism Chapter 9.4 - Inheritance And Design Chapter 9.5 - Interfaces Chapter 9.6 - Case Study: Financial Class Hierarchy Chapter 10 - Arraylists Chapter 10.1 - Arraylists Chapter 10.2 - The Comparable Interface Chapter 11 - Java Collections Framework Chapter 11.1 - Lists Chapter 11.2 - Sets Chapter 11.3 - Maps Chapter 12 - Recursion Chapter 12.1 - Thinking Recursively Chapter 12.2 - A Better Example Of Recursion Chapter 12.3 - Recursive Functions And Data Chapter 12.4 - Recursive Graphics Chapter 12.5 - Recursive Backtracking Chapter 13 - Searching And Sorting Chapter 13.1 - Searching And Sorting In The Java Class Libraries Chapter 13.2 - Program Complexity Chapter 13.3 - Implementing Searching And Sorting Algorithms Chapter 13.4 - Case Study: Implementing Merge Sort Chapter 14 - Stacks And Queues Chapter 14.1 - Stack/queue Basics Chapter 14.2 - Common Stack/queue Operations Chapter 14.3 - Complex Stack/queue Operations Chapter 15 - Implementing A Collection Class Chapter 15.1 - Simple Arrayintlist Chapter 15.2 - A More Complete Arrayintlist Chapter 15.3 - Advanced Features Chapter 15.4 - Arraylist<e>Chapter 16 - Linked Lists Chapter 16.1 - Working With Nodes Chapter 16.2 - A Linked List Class Chapter 16.3 - A Complex List Operation Chapter 16.4 - An Intlist Interface Chapter 16.5 - Linkedlist<e>Chapter 17 - Binary Trees Chapter 17.1 - Binarytree Basics Chapter 17.2 - Tree Traversals Chapter 17.3 - Common Tree Operations Chapter 17.4 - Binary Search Trees Chapter 17.5 - Searchtree<e>Chapter 18 - Advanced Data Structures Chapter 18.1 - Hashing Chapter 18.2 - Priority Queues And Heaps Chapter 19 - Functional Programming With Java 8 Chapter 19.1 - Effect-free Programming Chapter 19.2 - First-class Functions Chapter 19.3 - Streams Chapter 19.4 - Function Closures Chapter 19.5 - Higher-order Operations On Collections

Book Details

For courses in Java Programming

This package includes MyProgrammingLab^™

Layered, Back-to-Basics Approach to Java Programming

Newly revised and updated, this Fourth Edition of Building Java Programs: A Back to Basics Approach uses a layered strategy to introduce Java programming, with the aim of overcoming the difficulty associated with introductory programming textbooks. The authors’ proven and class-tested “back to basics” approach introduces programming fundamentals first, with new syntax and concepts added over multiple chapters, and object-oriented programming discussed only once readers have developed a basic understanding of Java programming. Previous editions have established the text’s reputation as an excellent choice for thoroughly introducing the basics of computer science, and new material in the Fourth Edition incorporates concepts related to Java 8, functional programming, and image manipulation.

Sample Solutions for this Textbook

We offer sample solutions for Building Java Programs: A Back To Basics Approach Plus Mylab Programming With Pearson Etext -- Access Card Package (4th Edition) homework problems. See examples below:

Program code: //import the required packages import java.io.*; //define a class public class Stewie...Chapter 2, Problem 1E Program: File name: “PrintNumber.java” //Create a class public class PrintNumber { //Define the...Program: File name: “Micky.java” //Import necessary packages import java.awt.Color; import...Chapter 4, Problem 1E Program: //definition of "Main" class class Main { //definition of main method public static void...Program code: Main.java: //import the required header files import java.io.*; import java.util.*;...Method “lastIndexOf()” to return the last index of an array: //Definition of class public class Text...“quadrant” method: //definition of "Point" class public class Point { //declare the required...

Program: File name: “Employee.java” //Create a class public class Employee { //Define the method...averageVowels method The code is // Declare method avarageVowels public static double...Modified “Sieve()” program to make required two optimizations: //Import required packages import...Program code: // class definition class Main { //main method public static void main(String[] args)...Binary search algorithm Here the index of the algorithm is 103. The binary search algorithm examines...Program: File name: “StackSplit.java” //Import necessary packages import java.util.LinkedList;...Adding the “lastIndexOf” methods in “ArrayIntList” class: //definition of "ArrayIntList" class...Program method A method is a set of code which is referred to by name and can be called or invoked...Code: //Define the method public int countLeftNodes() { /*Return the value returned from the...: //define a method public void addAll(HashIntSet other) { //loop initialized to verify the value of...“printDoubled” method: //definition of "printDoubled" method public static void printDoubled (int []...