Implementation of binary search in linked lists Program plan: Create a structure SLLNode for singly linked list node. Create a class SLList for singly linked list. Define a function “createNode ()” to create a new singly linked list node. Define a function named “insertNode ()” to append a node in the singly linked list. Define a function named “sortList ()” to sort the singly linked list in ascending order. Define a function named “binarySearchOnList ()” to check whether a search node is present in the singly linked list or not. Define a function named “displayList ()” to show the singly linked list.

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Answer 1

Question

Chapter 3, Problem 25E

Program Plan Intro

Implementation of binary search in linked lists

Program plan:

Create a structure SLLNode for singly linked list node.

Create a class SLList for singly linked list.

Define a function “createNode ()” to create a new singly linked list node.

Define a function named “insertNode ()” to append a node in the singly linked list.

Define a function named “sortList ()” to sort the singly linked list in ascending order.

Define a function named “binarySearchOnList ()” to check whether a search node is present in the singly linked list or not.

Define a function named “displayList ()” to show the singly linked list.

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Answer 2

Question

Chapter 3, Problem 25E

Program Plan Intro

Implementation of binary search in linked lists

Program plan:

Create a structure SLLNode for singly linked list node.

Create a class SLList for singly linked list.

Define a function “createNode ()” to create a new singly linked list node.

Define a function named “insertNode ()” to append a node in the singly linked list.

Define a function named “sortList ()” to sort the singly linked list in ascending order.

Define a function named “binarySearchOnList ()” to check whether a search node is present in the singly linked list or not.

Define a function named “displayList ()” to show the singly linked list.

Expert Solution & Answer

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Answer 3

Question

Chapter 3, Problem 25E

Program Plan Intro

Implementation of binary search in linked lists

Program plan:

Create a structure SLLNode for singly linked list node.

Create a class SLList for singly linked list.

Define a function “createNode ()” to create a new singly linked list node.

Define a function named “insertNode ()” to append a node in the singly linked list.

Define a function named “sortList ()” to sort the singly linked list in ascending order.

Define a function named “binarySearchOnList ()” to check whether a search node is present in the singly linked list or not.

Define a function named “displayList ()” to show the singly linked list.

Expert Solution & Answer

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Answer 4

Question

Chapter 3, Problem 25E

Program Plan Intro

Implementation of binary search in linked lists

Program plan:

Create a structure SLLNode for singly linked list node.

Create a class SLList for singly linked list.

Define a function “createNode ()” to create a new singly linked list node.

Define a function named “insertNode ()” to append a node in the singly linked list.

Define a function named “sortList ()” to sort the singly linked list in ascending order.

Define a function named “binarySearchOnList ()” to check whether a search node is present in the singly linked list or not.

Define a function named “displayList ()” to show the singly linked list.

Expert Solution & Answer

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Answer 5

Chapter 3, Problem 25E

Program Plan Intro

Implementation of binary search in linked lists

Program plan:

Create a structure SLLNode for singly linked list node.

Create a class SLList for singly linked list.

Define a function “createNode ()” to create a new singly linked list node.

Define a function named “insertNode ()” to append a node in the singly linked list.

Define a function named “sortList ()” to sort the singly linked list in ascending order.

Define a function named “binarySearchOnList ()” to check whether a search node is present in the singly linked list or not.

Define a function named “displayList ()” to show the singly linked list.

Answer 6

Chapter 3, Problem 25E

Program Plan Intro

Implementation of binary search in linked lists

Program plan:

Create a structure SLLNode for singly linked list node.

Create a class SLList for singly linked list.

Define a function “createNode ()” to create a new singly linked list node.

Define a function named “insertNode ()” to append a node in the singly linked list.

Define a function named “sortList ()” to sort the singly linked list in ascending order.

Define a function named “binarySearchOnList ()” to check whether a search node is present in the singly linked list or not.

Define a function named “displayList ()” to show the singly linked list.

Answer 7

Chapter 3, Problem 25E

Program Plan Intro

Implementation of binary search in linked lists

Program plan:

Create a structure SLLNode for singly linked list node.

Create a class SLList for singly linked list.

Define a function “createNode ()” to create a new singly linked list node.

Define a function named “insertNode ()” to append a node in the singly linked list.

Define a function named “sortList ()” to sort the singly linked list in ascending order.

Define a function named “binarySearchOnList ()” to check whether a search node is present in the singly linked list or not.

Define a function named “displayList ()” to show the singly linked list.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 3 - Prob. 1E Ch. 3 - Prob. 2E Ch. 3 - Prob. 3E Ch. 3 - Prob. 4E Ch. 3 - Prob. 5E Ch. 3 - Prob. 6E Ch. 3 - Prob. 7E Ch. 3 - Prob. 8E Ch. 3 - Prob. 9E Ch. 3 - Prob. 10E

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Chapter 3 Solutions