# Data Structures :: Linked Lists

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Choose the correct option.

What Member function places a new node at the end of the linked list?

Bappend Node

CDisplayNode

DStructNode

ENone of these

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Explanation:

The appendNode() member function places a new node at the end of the linked list. The appendNode() requires an integer representing the current data of the node.

Workspace

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Solv. In. Corr.
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Choose the correct option.

How would you make the middle node of a doubly linked list to the top of the list?
Let assume "X" is the middle node

DNone of these

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Explanation:

Here is no explanation for this answer

Workspace

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102
Solv. Corr.
108
Solv. In. Corr.
210
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To create a linked list, we can allocate space and make something point to it, by

writing:

struct-narne *pointer-variable;

Which of the following statement will correctly allocate the space

Apointer-variable= malloc(sizeof(*struct-narne));

Bpointer-variable = malloc(sizeof(struct struct-name));

Cpointer-variable = a!loc(sizeof(struct struct-name));

Dpointer-variable = alloc(sizeof(*struct-name));

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Explanation:

Here is no explanation for this answer

Workspace

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Solv. In. Corr.
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Assume single linked list pseudo code as follows?

struct Node {
data
next
}
record List {
Node firstNode
}

function1(List list) {
obsoleteNode = list.firstNode; list.firstNode = list.firstNode.next; free obsoleteNode;
}

function2(node node) {
obsoleteNode = node.next; node.next= node.next.next; free obsoleteNode;
}

function3(Node node,Node newNode) {
newNode.next = node.next;node.next= newNode
}

function4(List list, Node newNode) {
newNode.next = list.firstNode; list.firstNode = newNode;
}

Afunction1 removes the first node

Bfunction2 removes node past this one

Cfunction3 inserts newNode after node

Dfunction4 inserts newNode after current first node

| | | Asked In Commvault |

Explanation:

Here is no explanation for this answer

Workspace

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Solv. In. Corr.
191
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Which of the following can a Dynamic Link Library contain?

AOnly Code

BCode and Data Only

CCode and Resources only

DCode, Data and Resources

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Explanation:

Here is no explanation for this answer

Workspace

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Solv. In. Corr.
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Consider a linked list of n elements. What is the time taken to insert an element after an element pointed by some pointer?

AO(1)

BO(log2 n)

CO(n)

DO(nlog2 n)

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Explanation:

Here is no explanation for this answer

Workspace

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Acomponents are all linked together in some sequential manner.

Bthere is no beginning and no end.

Ccomponents are arranged hierarchically.

Dforward and backward traversal within the list is permitted.

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Explanation:

Here is no explanation for this answer

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In a linked list with n nodes, the time taken to insert an element after an element pointed by some pointer is

AO(1)

BO(log n)

CO(n)

DO(n1og n)

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Explanation:

Here is no explanation for this answer

Workspace

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Solv. In. Corr.
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Which of the following operations is performed more efficiently by doubly linked list than by singly linked list?

ADeleting a node whose location in given

BSearching of an unsorted list for a given item

CInverting a node after the node with given location

DTraversing a list to process each node

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Explanation:

Here is no explanation for this answer

Workspace

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The time required to delete a node x from a doubly linked list having n nodes is

AO(n)

BO(log n)

CO(1)

DO(n log n)

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Explanation:

Here is no explanation for this answer

Workspace