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NA
SHSTTON
168
Solv. Corr.
261
Solv. In. Corr.
429
Attempted
1 M:47 S
Avg. Time

1 / 48

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

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

NA
SHSTTON
209
Solv. Corr.
232
Solv. In. Corr.
441
Attempted
0 M:24 S
Avg. Time

2 / 48

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

Explanation:

Here is no explanation for this answer

Workspace

NA
SHSTTON
217
Solv. Corr.
196
Solv. In. Corr.
413
Attempted
0 M:28 S
Avg. Time

3 / 48

Choose the correct option.

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));

Explanation:

Here is no explanation for this answer

Workspace

NA
SHSTTON
59
Solv. Corr.
195
Solv. In. Corr.
254
Attempted
0 M:0 S
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4 / 48

Choose the correct option.

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

Explanation:

Here is no explanation for this answer

Workspace

NA
SHSTTON
150
Solv. Corr.
191
Solv. In. Corr.
341
Attempted
0 M:7 S
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Choose the correct option.

Which of the following can a Dynamic Link Library contain?

AOnly Code

BCode and Data Only

CCode and Resources only

DCode, Data and Resources

Explanation:

Here is no explanation for this answer

Workspace

NA
SHSTTON
124
Solv. Corr.
244
Solv. In. Corr.
368
Attempted
0 M:9 S
Avg. Time

6 / 48

Choose the correct option.

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)

Explanation:

Here is no explanation for this answer

Workspace

NA
SHSTTON
163
Solv. Corr.
183
Solv. In. Corr.
346
Attempted
0 M:21 S
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Choose the correct option.

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.

Explanation:

Here is no explanation for this answer

Workspace

NA
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231
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97
Solv. In. Corr.
328
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0 M:3 S
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Choose the correct option.

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)

Explanation:

Here is no explanation for this answer

Workspace

NA
SHSTTON
114
Solv. Corr.
219
Solv. In. Corr.
333
Attempted
0 M:37 S
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Choose the correct option.

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

Explanation:

Here is no explanation for this answer

Workspace

NA
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129
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199
Solv. In. Corr.
328
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0 M:2 S
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Choose the correct option.

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)

Explanation:

Here is no explanation for this answer

Workspace

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