List Reverse Program Plan: Include the required specifications into the program. Declare a class ListNode. Declare the member variables “value” and “p” in structure named “ListNode”. The data value of node is stored in variable v and address to next pointer is stored in pointer p Declare the constructor, destructor, and member functions in the class. Declare the structure variable “next” and a friend class Linked List Declare a class LinkList. Function to insert elements into the linked list “void add(double n)”is defined. Function to check whether a particular node with a data value n is a part of linked list or not “bool isMember(double n)”. A recursive print method is defined to print all the data values present in the link list “void rPrint()”. A destructor is called to delete the desired data value entered by the user called “LinkedList::~LinkedList( )”. A method to remove the element passed as a parameter from the link list is called “void LinkedList::remove(double x)”. Declare a method “void reverse( )” to reverse the elements present in the link list by traversing through the list and Move node at end to the beginning of the new reverse list being constructed. Declaration of structure variable head to store the first node of the list “ListNode head” is defined. A function “void LinkedList::add(double n)” is defined which adds or inserts new nodes into the link list. A function “bool LinkedList::isMember(double n)” is defined which searches for a given data value within the nodes present in the link list. A destructor “LinkedList::~LinkedList()” deallocates the memory for the link list. A function “void LinkedList::print()” is used to print all the node data values present in the link list by traversing through each nodes in the link list. A recursive member function check is defined called “bool LinkedList::rIsMember(ListNode *pList,double x)” . If the data value entered is present within the link list, it returns true, else it returns false. Declare the main class. Create an empty list to enter the data values into the list. Copy is done using copy constructor. Input “5” numbers from user and insert the data values into the link list calling “void LinkedList::add(double n)” function. Print the data values of the nodes present in the link list. Call the reverse function “list1.reverse()” to reverse all the elements in the link list and then call the print function to print the reversed elements.

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Answer 1

Question

Chapter 17, Problem 6PC

Program Plan Intro

List Reverse

Program Plan:

Include the required specifications into the program.

Declare a class ListNode.

Declare the member variables “value” and “p” in structure named “ListNode”.

The data value of node is stored in variable v and address to next pointer is stored in pointer p

Declare the constructor, destructor, and member functions in the class.

Declare the structure variable “next” and a friend class Linked List

Declare a class LinkList.

Function to insert elements into the linked list “void add(double n)”is defined.

Function to check whether a particular node with a data value n is a part of linked list or not “bool isMember(double n)”.

A recursive print method is defined to print all the data values present in the link list “void rPrint()”.

A destructor is called to delete the desired data value entered by the user called “LinkedList::~LinkedList( )”.

A method to remove the element passed as a parameter from the link list is called “void LinkedList::remove(double x)”.

Declare a method “void reverse( )” to reverse the elements present in the link list by traversing through the list and Move node at end to the beginning of the new reverse list being constructed.

Declaration of structure variable head to store the first node of the list “ListNode head” is defined.

A function “void LinkedList::add(double n)” is defined which adds or inserts new nodes into the link list.

A function “bool LinkedList::isMember(double n)” is defined which searches for a given data value within the nodes present in the link list.

A destructor “LinkedList::~LinkedList()” deallocates the memory for the link list.

A function “void LinkedList::print()” is used to print all the node data values present in the link list by traversing through each nodes in the link list.

A recursive member function check is defined called “bool LinkedList::rIsMember(ListNode *pList,double x)” .

If the data value entered is present within the link list, it returns true, else it returns false.

Declare the main class.

Create an empty list to enter the data values into the list.

Copy is done using copy constructor.

Input “5” numbers from user and insert the data values into the link list calling “void LinkedList::add(double n)” function.

Print the data values of the nodes present in the link list.

Call the reverse function “list1.reverse()” to reverse all the elements in the link list and then call the print function to print the reversed elements.

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Answer 2

Question

Chapter 17, Problem 6PC

Program Plan Intro

List Reverse

Program Plan:

Include the required specifications into the program.

Declare a class ListNode.

Declare the member variables “value” and “p” in structure named “ListNode”.

The data value of node is stored in variable v and address to next pointer is stored in pointer p

Declare the constructor, destructor, and member functions in the class.

Declare the structure variable “next” and a friend class Linked List

Declare a class LinkList.

Function to insert elements into the linked list “void add(double n)”is defined.

Function to check whether a particular node with a data value n is a part of linked list or not “bool isMember(double n)”.

A recursive print method is defined to print all the data values present in the link list “void rPrint()”.

A destructor is called to delete the desired data value entered by the user called “LinkedList::~LinkedList( )”.

A method to remove the element passed as a parameter from the link list is called “void LinkedList::remove(double x)”.

Declare a method “void reverse( )” to reverse the elements present in the link list by traversing through the list and Move node at end to the beginning of the new reverse list being constructed.

Declaration of structure variable head to store the first node of the list “ListNode head” is defined.

A function “void LinkedList::add(double n)” is defined which adds or inserts new nodes into the link list.

A function “bool LinkedList::isMember(double n)” is defined which searches for a given data value within the nodes present in the link list.

A destructor “LinkedList::~LinkedList()” deallocates the memory for the link list.

A function “void LinkedList::print()” is used to print all the node data values present in the link list by traversing through each nodes in the link list.

A recursive member function check is defined called “bool LinkedList::rIsMember(ListNode *pList,double x)” .

If the data value entered is present within the link list, it returns true, else it returns false.

Declare the main class.

Create an empty list to enter the data values into the list.

Copy is done using copy constructor.

Input “5” numbers from user and insert the data values into the link list calling “void LinkedList::add(double n)” function.

Print the data values of the nodes present in the link list.

Call the reverse function “list1.reverse()” to reverse all the elements in the link list and then call the print function to print the reversed elements.

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Answer 3

Question

Chapter 17, Problem 6PC

Program Plan Intro

List Reverse

Program Plan:

Include the required specifications into the program.

Declare a class ListNode.

Declare the member variables “value” and “p” in structure named “ListNode”.

The data value of node is stored in variable v and address to next pointer is stored in pointer p

Declare the constructor, destructor, and member functions in the class.

Declare the structure variable “next” and a friend class Linked List

Declare a class LinkList.

Function to insert elements into the linked list “void add(double n)”is defined.

Function to check whether a particular node with a data value n is a part of linked list or not “bool isMember(double n)”.

A recursive print method is defined to print all the data values present in the link list “void rPrint()”.

A destructor is called to delete the desired data value entered by the user called “LinkedList::~LinkedList( )”.

A method to remove the element passed as a parameter from the link list is called “void LinkedList::remove(double x)”.

Declare a method “void reverse( )” to reverse the elements present in the link list by traversing through the list and Move node at end to the beginning of the new reverse list being constructed.

Declaration of structure variable head to store the first node of the list “ListNode head” is defined.

A function “void LinkedList::add(double n)” is defined which adds or inserts new nodes into the link list.

A function “bool LinkedList::isMember(double n)” is defined which searches for a given data value within the nodes present in the link list.

A destructor “LinkedList::~LinkedList()” deallocates the memory for the link list.

A function “void LinkedList::print()” is used to print all the node data values present in the link list by traversing through each nodes in the link list.

A recursive member function check is defined called “bool LinkedList::rIsMember(ListNode *pList,double x)” .

If the data value entered is present within the link list, it returns true, else it returns false.

Declare the main class.

Create an empty list to enter the data values into the list.

Copy is done using copy constructor.

Input “5” numbers from user and insert the data values into the link list calling “void LinkedList::add(double n)” function.

Print the data values of the nodes present in the link list.

Call the reverse function “list1.reverse()” to reverse all the elements in the link list and then call the print function to print the reversed elements.

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Answer 4

Question

Chapter 17, Problem 6PC

Program Plan Intro

List Reverse

Program Plan:

Include the required specifications into the program.

Declare a class ListNode.

Declare the member variables “value” and “p” in structure named “ListNode”.

The data value of node is stored in variable v and address to next pointer is stored in pointer p

Declare the constructor, destructor, and member functions in the class.

Declare the structure variable “next” and a friend class Linked List

Declare a class LinkList.

Function to insert elements into the linked list “void add(double n)”is defined.

Function to check whether a particular node with a data value n is a part of linked list or not “bool isMember(double n)”.

A recursive print method is defined to print all the data values present in the link list “void rPrint()”.

A destructor is called to delete the desired data value entered by the user called “LinkedList::~LinkedList( )”.

A method to remove the element passed as a parameter from the link list is called “void LinkedList::remove(double x)”.

Declare a method “void reverse( )” to reverse the elements present in the link list by traversing through the list and Move node at end to the beginning of the new reverse list being constructed.

Declaration of structure variable head to store the first node of the list “ListNode head” is defined.

A function “void LinkedList::add(double n)” is defined which adds or inserts new nodes into the link list.

A function “bool LinkedList::isMember(double n)” is defined which searches for a given data value within the nodes present in the link list.

A destructor “LinkedList::~LinkedList()” deallocates the memory for the link list.

A function “void LinkedList::print()” is used to print all the node data values present in the link list by traversing through each nodes in the link list.

A recursive member function check is defined called “bool LinkedList::rIsMember(ListNode *pList,double x)” .

If the data value entered is present within the link list, it returns true, else it returns false.

Declare the main class.

Create an empty list to enter the data values into the list.

Copy is done using copy constructor.

Input “5” numbers from user and insert the data values into the link list calling “void LinkedList::add(double n)” function.

Print the data values of the nodes present in the link list.

Call the reverse function “list1.reverse()” to reverse all the elements in the link list and then call the print function to print the reversed elements.

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Answer 5

Chapter 17, Problem 6PC

Program Plan Intro

List Reverse

Program Plan:

Include the required specifications into the program.

Declare a class ListNode.

Declare the member variables “value” and “p” in structure named “ListNode”.

The data value of node is stored in variable v and address to next pointer is stored in pointer p

Declare the constructor, destructor, and member functions in the class.

Declare the structure variable “next” and a friend class Linked List

Declare a class LinkList.

Function to insert elements into the linked list “void add(double n)”is defined.

Function to check whether a particular node with a data value n is a part of linked list or not “bool isMember(double n)”.

A recursive print method is defined to print all the data values present in the link list “void rPrint()”.

A destructor is called to delete the desired data value entered by the user called “LinkedList::~LinkedList( )”.

A method to remove the element passed as a parameter from the link list is called “void LinkedList::remove(double x)”.

Declare a method “void reverse( )” to reverse the elements present in the link list by traversing through the list and Move node at end to the beginning of the new reverse list being constructed.

Declaration of structure variable head to store the first node of the list “ListNode head” is defined.

A function “void LinkedList::add(double n)” is defined which adds or inserts new nodes into the link list.

A function “bool LinkedList::isMember(double n)” is defined which searches for a given data value within the nodes present in the link list.

A destructor “LinkedList::~LinkedList()” deallocates the memory for the link list.

A function “void LinkedList::print()” is used to print all the node data values present in the link list by traversing through each nodes in the link list.

A recursive member function check is defined called “bool LinkedList::rIsMember(ListNode *pList,double x)” .

If the data value entered is present within the link list, it returns true, else it returns false.

Declare the main class.

Create an empty list to enter the data values into the list.

Copy is done using copy constructor.

Input “5” numbers from user and insert the data values into the link list calling “void LinkedList::add(double n)” function.

Print the data values of the nodes present in the link list.

Call the reverse function “list1.reverse()” to reverse all the elements in the link list and then call the print function to print the reversed elements.

Answer 6

Chapter 17, Problem 6PC

Program Plan Intro

List Reverse

Program Plan:

Include the required specifications into the program.

Declare a class ListNode.

Declare the member variables “value” and “p” in structure named “ListNode”.

The data value of node is stored in variable v and address to next pointer is stored in pointer p

Declare the constructor, destructor, and member functions in the class.

Declare the structure variable “next” and a friend class Linked List

Declare a class LinkList.

Function to insert elements into the linked list “void add(double n)”is defined.

Function to check whether a particular node with a data value n is a part of linked list or not “bool isMember(double n)”.

A recursive print method is defined to print all the data values present in the link list “void rPrint()”.

A destructor is called to delete the desired data value entered by the user called “LinkedList::~LinkedList( )”.

A method to remove the element passed as a parameter from the link list is called “void LinkedList::remove(double x)”.

Declare a method “void reverse( )” to reverse the elements present in the link list by traversing through the list and Move node at end to the beginning of the new reverse list being constructed.

Declaration of structure variable head to store the first node of the list “ListNode head” is defined.

A function “void LinkedList::add(double n)” is defined which adds or inserts new nodes into the link list.

A function “bool LinkedList::isMember(double n)” is defined which searches for a given data value within the nodes present in the link list.

A destructor “LinkedList::~LinkedList()” deallocates the memory for the link list.

A function “void LinkedList::print()” is used to print all the node data values present in the link list by traversing through each nodes in the link list.

A recursive member function check is defined called “bool LinkedList::rIsMember(ListNode *pList,double x)” .

If the data value entered is present within the link list, it returns true, else it returns false.

Declare the main class.

Create an empty list to enter the data values into the list.

Copy is done using copy constructor.

Input “5” numbers from user and insert the data values into the link list calling “void LinkedList::add(double n)” function.

Print the data values of the nodes present in the link list.

Call the reverse function “list1.reverse()” to reverse all the elements in the link list and then call the print function to print the reversed elements.

Answer 7

Chapter 17, Problem 6PC

Program Plan Intro

List Reverse

Program Plan:

Include the required specifications into the program.

Declare a class ListNode.

Declare the member variables “value” and “p” in structure named “ListNode”.

The data value of node is stored in variable v and address to next pointer is stored in pointer p

Declare the constructor, destructor, and member functions in the class.

Declare the structure variable “next” and a friend class Linked List

Declare a class LinkList.

Function to insert elements into the linked list “void add(double n)”is defined.

Function to check whether a particular node with a data value n is a part of linked list or not “bool isMember(double n)”.

A recursive print method is defined to print all the data values present in the link list “void rPrint()”.

A destructor is called to delete the desired data value entered by the user called “LinkedList::~LinkedList( )”.

A method to remove the element passed as a parameter from the link list is called “void LinkedList::remove(double x)”.

Declare a method “void reverse( )” to reverse the elements present in the link list by traversing through the list and Move node at end to the beginning of the new reverse list being constructed.

Declaration of structure variable head to store the first node of the list “ListNode head” is defined.

A function “void LinkedList::add(double n)” is defined which adds or inserts new nodes into the link list.

A function “bool LinkedList::isMember(double n)” is defined which searches for a given data value within the nodes present in the link list.

A destructor “LinkedList::~LinkedList()” deallocates the memory for the link list.

A function “void LinkedList::print()” is used to print all the node data values present in the link list by traversing through each nodes in the link list.

A recursive member function check is defined called “bool LinkedList::rIsMember(ListNode *pList,double x)” .

If the data value entered is present within the link list, it returns true, else it returns false.

Declare the main class.

Create an empty list to enter the data values into the list.

Copy is done using copy constructor.

Input “5” numbers from user and insert the data values into the link list calling “void LinkedList::add(double n)” function.

Print the data values of the nodes present in the link list.

Call the reverse function “list1.reverse()” to reverse all the elements in the link list and then call the print function to print the reversed elements.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 17.1 - Prob. 17.1CP Ch. 17.1 - Prob. 17.2CP Ch. 17.1 - Prob. 17.3CP Ch. 17.1 - Prob. 17.4CP Ch. 17.2 - Prob. 17.5CP Ch. 17.2 - Prob. 17.6CP Ch. 17.2 - Why does the insertNode function shown in this...Ch. 17.2 - Prob. 17.8CP Ch. 17.2 - Prob. 17.9CP Ch. 17.2 - Prob. 17.10CP

Solution Summary: The author explains the requirements of the List Reverse Program Plan. Declare a class ListNode, member variables, and constructors.

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Chapter 17 Solutions