A linked list is a collection of components called nodes . Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link , of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first .

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Answer 1

Question

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

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What does the value of the top variable indicate in this ArrayStack implementation? What will happen if we call pop on this stack? What value will be returned, and what changes will occur in the array and the top variable? 3. If we push the value "echo" onto the stack, where will it be stored in the array, and what will be the new value of top? 4. Explain why index 0 contains the string "alpha" even though top is currently 3. 5. What would the state of the stack look like (values in the array and value of top) after two consecutive pop 0 operations?

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Answer 2

Question

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

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Answer 3

Question

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

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Answer 4

Question

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

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Answer 5

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

Answer 6

Chapter 17, Problem 1TF

a.

Every node in a linked list has two components: one to store the relevant information and one to store the address. Hence, the given statement is “True”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

a.

Every node in a linked list has two components: one to store the relevant information and one to store the address. Hence, the given statement is “True”.

Expert Solution

Program Description Answer

Every node in a linked list has two components: one to store the relevant information and one to store the address. Hence, the given statement is “True”.

Explanation of Solution

Every node in a linked list has two components: one to store the relevant information and one to store the address.

Answer 7

Chapter 17, Problem 1TF

a.

Every node in a linked list has two components: one to store the relevant information and one to store the address. Hence, the given statement is “True”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

Answer 8

a.

Every node in a linked list has two components: one to store the relevant information and one to store the address. Hence, the given statement is “True”.

Expert Solution

Program Description Answer

Every node in a linked list has two components: one to store the relevant information and one to store the address. Hence, the given statement is “True”.

Answer 9

a.

Every node in a linked list has two components: one to store the relevant information and one to store the address. Hence, the given statement is “True”.

Expert Solution

Answer 10

a.

Every node in a linked list has two components: one to store the relevant information and one to store the address. Hence, the given statement is “True”.

Expert Solution

Answer 11

Expert Solution

Answer 12

Explanation of Solution

Every node in a linked list has two components: one to store the relevant information and one to store the address.

Answer 13

b.

In a linked list, the order of the elements is not determined by the order in which the nodes were created to store the elements. Hence, the given statement is “False”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

b.

In a linked list, the order of the elements is not determined by the order in which the nodes were created to store the elements. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

In a linked list, the order of the elements is not determined by the order in which the nodes were created to store the elements. Hence, the given statement is “False”.

Explanation of Solution

In a linked list, the order of the elements is not determined by the order in which the nodes were created to store the elements but by the order of the pointers or links in the list.

Answer 14

b.

In a linked list, the order of the elements is not determined by the order in which the nodes were created to store the elements. Hence, the given statement is “False”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

Answer 15

b.

In a linked list, the order of the elements is not determined by the order in which the nodes were created to store the elements. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

In a linked list, the order of the elements is not determined by the order in which the nodes were created to store the elements. Hence, the given statement is “False”.

Answer 16

b.

In a linked list, the order of the elements is not determined by the order in which the nodes were created to store the elements. Hence, the given statement is “False”.

Expert Solution

Answer 17

b.

In a linked list, the order of the elements is not determined by the order in which the nodes were created to store the elements. Hence, the given statement is “False”.

Expert Solution

Answer 18

Expert Solution

Answer 19

Explanation of Solution

In a linked list, the order of the elements is not determined by the order in which the nodes were created to store the elements but by the order of the pointers or links in the list.

Answer 20

c.

In a linked list, memory allocated for the nodes may not necessarily be sequential. Hence, the given statement is “False”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

c.

In a linked list, memory allocated for the nodes may not necessarily be sequential. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

In a linked list, memory allocated for the nodes may not necessarily be sequential. Hence, the given statement is “False”.

Explanation of Solution

In a linked list, memory allocated for the nodes may not necessarily be sequential, as memory is dynamically allocated during the node creation using pointer mechanism. A linked list is a dynamic data structure.

Answer 21

c.

In a linked list, memory allocated for the nodes may not necessarily be sequential. Hence, the given statement is “False”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

Answer 22

c.

In a linked list, memory allocated for the nodes may not necessarily be sequential. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

In a linked list, memory allocated for the nodes may not necessarily be sequential. Hence, the given statement is “False”.

Answer 23

c.

In a linked list, memory allocated for the nodes may not necessarily be sequential. Hence, the given statement is “False”.

Expert Solution

Answer 24

c.

In a linked list, memory allocated for the nodes may not necessarily be sequential. Hence, the given statement is “False”.

Expert Solution

Answer 25

Expert Solution

Answer 26

Explanation of Solution

In a linked list, memory allocated for the nodes may not necessarily be sequential, as memory is dynamically allocated during the node creation using pointer mechanism. A linked list is a dynamic data structure.

Answer 27

d.

In a linked list, the link field of the last node does not point to itself. Hence, the given statement is “False”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

d.

In a linked list, the link field of the last node does not point to itself. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

In a linked list, the link field of the last node does not point to itself. Hence, the given statement is “False”.

Explanation of Solution

In a linked list, the link field of the last node does not point to itself but to a null pointer (nullptr).

Answer 28

d.

In a linked list, the link field of the last node does not point to itself. Hence, the given statement is “False”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

Answer 29

d.

In a linked list, the link field of the last node does not point to itself. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

In a linked list, the link field of the last node does not point to itself. Hence, the given statement is “False”.

Answer 30

d.

In a linked list, the link field of the last node does not point to itself. Hence, the given statement is “False”.

Expert Solution

Answer 31

d.

In a linked list, the link field of the last node does not point to itself. Hence, the given statement is “False”.

Expert Solution

Answer 32

Expert Solution

Answer 33

Explanation of Solution

In a linked list, the link field of the last node does not point to itself but to a null pointer (nullptr).

Answer 34

e.

Suppose the nodes of a linked list are in the usual info-link form and current points to a node of the linked list. Then current = current.link; does not advance current to the next node in the linked list. Hence, the given statement is “False”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

e.

Suppose the nodes of a linked list are in the usual info-link form and current points to a node of the linked list. Then current = current.link; does not advance current to the next node in the linked list. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

Suppose the nodes of a linked list are in the usual info-link form and current points to a node of the linked list. Then current = current.link; does not advance current to the next node in the linked list. Hence, the given statement is “False”.

Explanation of Solution

Suppose the nodes of a linked list are in the usual info-link form and current points to a node of the linked list. Then current = current->link; advances current to the next node in the linked list. Since link and current both are pointers the member of the structure pointed to by the pointer variable current is accessed using the arrow notation -> and not the dot operator.

Answer 35

e.

Suppose the nodes of a linked list are in the usual info-link form and current points to a node of the linked list. Then current = current.link; does not advance current to the next node in the linked list. Hence, the given statement is “False”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

Answer 36

e.

Suppose the nodes of a linked list are in the usual info-link form and current points to a node of the linked list. Then current = current.link; does not advance current to the next node in the linked list. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

Suppose the nodes of a linked list are in the usual info-link form and current points to a node of the linked list. Then current = current.link; does not advance current to the next node in the linked list. Hence, the given statement is “False”.

Answer 37

e.

Suppose the nodes of a linked list are in the usual info-link form and current points to a node of the linked list. Then current = current.link; does not advance current to the next node in the linked list. Hence, the given statement is “False”.

Expert Solution

Answer 38

e.

Suppose the nodes of a linked list are in the usual info-link form and current points to a node of the linked list. Then current = current.link; does not advance current to the next node in the linked list. Hence, the given statement is “False”.

Expert Solution

Answer 39

Expert Solution

Answer 40

Explanation of Solution

Suppose the nodes of a linked list are in the usual info-link form and current points to a node of the linked list. Then current = current->link; advances current to the next node in the linked list. Since link and current both are pointers the member of the structure pointed to by the pointer variable current is accessed using the arrow notation -> and not the dot operator.

Answer 41

f.

To insert a new item in a linked list, create a node, store the new item in the node, and insert the node in the linked list..Hence, the given statement is “True”.

Program Plan Intro

While building a linked list initially the list is empty, and the pointerfirst must be initialized to nullptr. The steps of insertion are -firstly, initialize first to nullptr. Then for each item in the list - create the new node, newNode, store the item in newNode, insert newNode before first and update the value of the pointer first.

f.

To insert a new item in a linked list, create a node, store the new item in the node, and insert the node in the linked list..Hence, the given statement is “True”.

Expert Solution

Program Description Answer

To insert a new item in a linked list, create a node, store the new item in the node, and insert the node in the linked list..Hence, the given statement is “True”.

Explanation of Solution

To insert a new item in a linked list, create a node, store the new item in the node, and insert the node in the linked list.

Answer 42

f.

To insert a new item in a linked list, create a node, store the new item in the node, and insert the node in the linked list..Hence, the given statement is “True”.

Program Plan Intro

While building a linked list initially the list is empty, and the pointerfirst must be initialized to nullptr. The steps of insertion are -firstly, initialize first to nullptr. Then for each item in the list - create the new node, newNode, store the item in newNode, insert newNode before first and update the value of the pointer first.

Answer 43

f.

To insert a new item in a linked list, create a node, store the new item in the node, and insert the node in the linked list..Hence, the given statement is “True”.

Expert Solution

Program Description Answer

To insert a new item in a linked list, create a node, store the new item in the node, and insert the node in the linked list..Hence, the given statement is “True”.

Answer 44

f.

To insert a new item in a linked list, create a node, store the new item in the node, and insert the node in the linked list..Hence, the given statement is “True”.

Expert Solution

Answer 45

f.

To insert a new item in a linked list, create a node, store the new item in the node, and insert the node in the linked list..Hence, the given statement is “True”.

Expert Solution

Answer 46

Expert Solution

Answer 47

Explanation of Solution

To insert a new item in a linked list, create a node, store the new item in the node, and insert the node in the linked list.

Answer 48

g.

To build a linked list forward, the new node is inserted at the end of the list. Hence, the given statement is “True”.

Program Plan Intro

When building a linked list forward, a new node is always inserted at the end of the linked list, while building backwards, new node is always inserted at the beginning of the list.

g.

To build a linked list forward, the new node is inserted at the end of the list. Hence, the given statement is “True”.

Expert Solution

Program Description Answer

To build a linked list forward, the new node is inserted at the end of the list. Hence, the given statement is “True”.

Explanation of Solution

When building a linked list forward, a new node is always inserted at the end of the linked list, while building backwards, new node is always inserted at the beginning of the list.

Answer 49

g.

To build a linked list forward, the new node is inserted at the end of the list. Hence, the given statement is “True”.

Program Plan Intro

When building a linked list forward, a new node is always inserted at the end of the linked list, while building backwards, new node is always inserted at the beginning of the list.

Answer 50

g.

To build a linked list forward, the new node is inserted at the end of the list. Hence, the given statement is “True”.

Expert Solution

Program Description Answer

To build a linked list forward, the new node is inserted at the end of the list. Hence, the given statement is “True”.

Answer 51

g.

To build a linked list forward, the new node is inserted at the end of the list. Hence, the given statement is “True”.

Expert Solution

Answer 52

g.

To build a linked list forward, the new node is inserted at the end of the list. Hence, the given statement is “True”.

Expert Solution

Answer 53

Expert Solution

Answer 54

Explanation of Solution

When building a linked list forward, a new node is always inserted at the end of the linked list, while building backwards, new node is always inserted at the beginning of the list.

Answer 55

h.

A single linked list cannot be traversed in either direction. Hence, the given statement is “False”.

Program Plan Intro

A single linked list cannot be traversed in either direction but only in forward direction.

h.

A single linked list cannot be traversed in either direction. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

A single linked list cannot be traversed in either direction. Hence, the given statement is “False”.

Explanation of Solution

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

Answer 56

h.

A single linked list cannot be traversed in either direction. Hence, the given statement is “False”.

Program Plan Intro

A single linked list cannot be traversed in either direction but only in forward direction.

Answer 57

h.

A single linked list cannot be traversed in either direction. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

A single linked list cannot be traversed in either direction. Hence, the given statement is “False”.

Answer 58

h.

A single linked list cannot be traversed in either direction. Hence, the given statement is “False”.

Expert Solution

Answer 59

h.

A single linked list cannot be traversed in either direction. Hence, the given statement is “False”.

Expert Solution

Answer 60

Expert Solution

Answer 61

Explanation of Solution

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

Answer 62

i.

In a linked list, nodes are not always inserted either at the beginning or at the end because a linked list is a random-access data structure. Hence, the given statement is “False”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

i.

In a linked list, nodes are not always inserted either at the beginning or at the end because a linked list is a random-access data structure. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

In a linked list, nodes are not always inserted either at the beginning or at the end because a linked list is a random-access data structure. Hence, the given statement is “False”.

Explanation of Solution

In a linked list, nodes are not always inserted either at the beginning or at the end because a linked list is a random-access data structure. Hence nodes can be inserted anywhere in the linked list.

Answer 63

i.

In a linked list, nodes are not always inserted either at the beginning or at the end because a linked list is a random-access data structure. Hence, the given statement is “False”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

Answer 64

i.

In a linked list, nodes are not always inserted either at the beginning or at the end because a linked list is a random-access data structure. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

In a linked list, nodes are not always inserted either at the beginning or at the end because a linked list is a random-access data structure. Hence, the given statement is “False”.

Answer 65

i.

In a linked list, nodes are not always inserted either at the beginning or at the end because a linked list is a random-access data structure. Hence, the given statement is “False”.

Expert Solution

Answer 66

i.

In a linked list, nodes are not always inserted either at the beginning or at the end because a linked list is a random-access data structure. Hence, the given statement is “False”.

Expert Solution

Answer 67

Expert Solution

Answer 68

Explanation of Solution

In a linked list, nodes are not always inserted either at the beginning or at the end because a linked list is a random-access data structure. Hence nodes can be inserted anywhere in the linked list.

Answer 69

j.

The head pointer of a linked list should not be used to traverse the list. Hence, the given statement is “True”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

j.

The head pointer of a linked list should not be used to traverse the list. Hence, the given statement is “True”.

Expert Solution

Program Description Answer

The head pointer of a linked list should not be used to traverse the list. Hence, the given statement is “True”.

Explanation of Solution

The head pointer of a linked list should not be used to traverse the list. Because if that is done we will lose the rest of the linked list which has already been traversed. Linked list is a dynamic data structure and the nodes are not stored in contiguous memory locations.

Answer 70

j.

The head pointer of a linked list should not be used to traverse the list. Hence, the given statement is “True”.

Program Plan Intro

A linked list is a collection of components called nodes. Every node except the last node contains the address of the next node and it has two components: one to store the relevant information or data and one to store the address, called the link, of the next node in the list. The address of the first node in the list is stored in a separate location called the head or first.

Answer 71

j.

The head pointer of a linked list should not be used to traverse the list. Hence, the given statement is “True”.

Expert Solution

Program Description Answer

The head pointer of a linked list should not be used to traverse the list. Hence, the given statement is “True”.

Answer 72

j.

The head pointer of a linked list should not be used to traverse the list. Hence, the given statement is “True”.

Expert Solution

Answer 73

j.

The head pointer of a linked list should not be used to traverse the list. Hence, the given statement is “True”.

Expert Solution

Answer 74

Expert Solution

Answer 75

Explanation of Solution

The head pointer of a linked list should not be used to traverse the list. Because if that is done we will lose the rest of the linked list which has already been traversed. Linked list is a dynamic data structure and the nodes are not stored in contiguous memory locations.

Answer 76

k.

The two most common operations on iterators are ++ and * (the dereferencing operator). Hence, the given statement is “True”.

Program Plan Intro

The two most common operations on iterators are ++ (the increment operator) and * (the dereferencing operator). The increment operator advances the iterator to the next node in the list, and the dereferencing operator returns the info of the current node.

k.

The two most common operations on iterators are ++ and * (the dereferencing operator). Hence, the given statement is “True”.

Expert Solution

Program Description Answer

The two most common operations on iterators are ++ and * (the dereferencing operator). Hence, the given statement is “True”.

Explanation of Solution

The two most common operations on iterators are ++ (the increment operator) and * (the dereferencing operator). The increment operator advances the iterator to the next node in the list, and the dereferencing operator returns the info of the current node.

Answer 77

k.

The two most common operations on iterators are ++ and * (the dereferencing operator). Hence, the given statement is “True”.

Program Plan Intro

The two most common operations on iterators are ++ (the increment operator) and * (the dereferencing operator). The increment operator advances the iterator to the next node in the list, and the dereferencing operator returns the info of the current node.

Answer 78

k.

The two most common operations on iterators are ++ and * (the dereferencing operator). Hence, the given statement is “True”.

Expert Solution

Program Description Answer

The two most common operations on iterators are ++ and * (the dereferencing operator). Hence, the given statement is “True”.

Answer 79

k.

The two most common operations on iterators are ++ and * (the dereferencing operator). Hence, the given statement is “True”.

Expert Solution

Answer 80

k.

The two most common operations on iterators are ++ and * (the dereferencing operator). Hence, the given statement is “True”.

Expert Solution

Answer 81

Expert Solution

Answer 82

Explanation of Solution

The two most common operations on iterators are ++ (the increment operator) and * (the dereferencing operator). The increment operator advances the iterator to the next node in the list, and the dereferencing operator returns the info of the current node.

Answer 83

l.

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0. Hence, the given statement is “False”.

Program Plan Intro

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0.

l.

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0. Hence, the given statement is “False”.

Explanation of Solution

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0.

Answer 84

l.

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0. Hence, the given statement is “False”.

Program Plan Intro

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0.

Answer 85

l.

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0. Hence, the given statement is “False”.

Expert Solution

Program Description Answer

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0. Hence, the given statement is “False”.

Answer 86

l.

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0. Hence, the given statement is “False”.

Expert Solution

Answer 87

l.

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0. Hence, the given statement is “False”.

Expert Solution

Answer 88

Expert Solution

Answer 89

Explanation of Solution

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0.

Answer 90

m.

The function search of the class unorderedLinkedList searches the entire linked list sequentially until the item is found, while the function search of the class ordered-LinkedList searches the list using a mechanism which is not exactly binary search algorithm. Hence, the given statement is“False”.

Program Plan Intro

In case of ordered-LinkedList because the list is sorted, we start the search at the first node in the list and stop the search as soon as we find a node in the list with info greater than or equal to the search item or when we have searched the entire list.

m.

The function search of the class unorderedLinkedList searches the entire linked list sequentially until the item is found, while the function search of the class ordered-LinkedList searches the list using a mechanism which is not exactly binary search algorithm. Hence, the given statement is“False”.

Expert Solution

Program Description Answer

The function search of the class unorderedLinkedList searches the entire linked list sequentially until the item is found, while the function search of the class ordered-LinkedList searches the list using a mechanism which is not exactly binary search algorithm. Hence, the given statement is“False”.

Explanation of Solution

In case of ordered-LinkedList because the list is sorted, we start the search at the first node in the list and stop the search as soon as we find a node in the list with info greater than or equal to the search item or when we have searched the entire list. This is not the binary search algorithm.

Answer 91

m.

The function search of the class unorderedLinkedList searches the entire linked list sequentially until the item is found, while the function search of the class ordered-LinkedList searches the list using a mechanism which is not exactly binary search algorithm. Hence, the given statement is“False”.

Program Plan Intro

In case of ordered-LinkedList because the list is sorted, we start the search at the first node in the list and stop the search as soon as we find a node in the list with info greater than or equal to the search item or when we have searched the entire list.

Answer 92

m.

The function search of the class unorderedLinkedList searches the entire linked list sequentially until the item is found, while the function search of the class ordered-LinkedList searches the list using a mechanism which is not exactly binary search algorithm. Hence, the given statement is“False”.

Expert Solution

Program Description Answer

The function search of the class unorderedLinkedList searches the entire linked list sequentially until the item is found, while the function search of the class ordered-LinkedList searches the list using a mechanism which is not exactly binary search algorithm. Hence, the given statement is“False”.

Answer 93

m.

The function search of the class unorderedLinkedList searches the entire linked list sequentially until the item is found, while the function search of the class ordered-LinkedList searches the list using a mechanism which is not exactly binary search algorithm. Hence, the given statement is“False”.

Expert Solution

Answer 94

m.

The function search of the class unorderedLinkedList searches the entire linked list sequentially until the item is found, while the function search of the class ordered-LinkedList searches the list using a mechanism which is not exactly binary search algorithm. Hence, the given statement is“False”.

Expert Solution

Answer 95

Expert Solution

Answer 96

Explanation of Solution

In case of ordered-LinkedList because the list is sorted, we start the search at the first node in the list and stop the search as soon as we find a node in the list with info greater than or equal to the search item or when we have searched the entire list. This is not the binary search algorithm.

Answer 97

n.

A doubly linked list can be traversed in either direction. Hence, the given statement is “True”.

Program Plan Intro

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

n.

A doubly linked list can be traversed in either direction. Hence, the given statement is “True”.

Expert Solution

Program Description Answer

A doubly linked list can be traversed in either direction. Hence, the given statement is “True”.

Explanation of Solution

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

Answer 98

n.

A doubly linked list can be traversed in either direction. Hence, the given statement is “True”.

Program Plan Intro

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

Answer 99

n.

A doubly linked list can be traversed in either direction. Hence, the given statement is “True”.

Expert Solution

Program Description Answer

A doubly linked list can be traversed in either direction. Hence, the given statement is “True”.

Answer 100

n.

A doubly linked list can be traversed in either direction. Hence, the given statement is “True”.

Expert Solution

Answer 101

n.

A doubly linked list can be traversed in either direction. Hence, the given statement is “True”.

Expert Solution

Answer 102

Expert Solution

Answer 103

Explanation of Solution

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

Answer 104

Ch. 17 - Prob. 1TF Ch. 17 - Prob. 2SA Ch. 17 - Prob. 3SA Ch. 17 - Prob. 4SA Ch. 17 - Prob. 5SA

Explanation of Solution

Explanation of Solution

Explanation of Solution

Explanation of Solution

Explanation of Solution

Explanation of Solution

When building a linked list forward, a new node is always inserted at the end of the linked list, while building backwards, new node is always inserted at the beginning of the list.

Explanation of Solution

A single linked list cannot be traversed in either direction but only in forward direction.

Explanation of Solution

Explanation of Solution

Explanation of Solution

The two most common operations on iterators are ++ (the increment operator) and * (the dereferencing operator). The increment operator advances the iterator to the next node in the list, and the dereferencing operator returns the info of the current node.

Explanation of Solution

The function initializeList of the class linkedListType initializes the list not only by setting the pointers first and last to nullptr, but also the count variable to 0.

Explanation of Solution

In case of ordered-LinkedList because the list is sorted, we start the search at the first node in the list and stop the search as soon as we find a node in the list with info greater than or equal to the search item or when we have searched the entire list.

Explanation of Solution

A single linked list cannot be traversed in either direction but only in forward direction. A doubly linked list can be traversed in either direction as it has links pointing in either direction stored at each node.

Explanation of Solution

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