This quiz assesses knowledge in Data Structures and Algorithms, focusing on sorting techniques, stack operations, and data structure selection for hierarchical relationships. It is designed See morefor students in courses UCS408 and UCS613, enhancing understanding and application of core computer science principles.
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None
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4
2
1
0
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Graph
Tree
Linked List
Priority Queue
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Brute Force Technique
Divide and Conqure
Greedy Algorithm
Dynamic Programming
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Arrays have better cache locality that can make them better in terms of performance.
It is easy to insert and delete elements in Linked List
Random access is not allowed in a typical implementation of Linked Lists
The size of array has to be pre-decided, linked lists can change their size any time.
All of the above
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Insertion
Deletion
Retrieval
Traversal
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Prints all nodes of linked lists
Prints all nodes of linked list in reverse order
Prints alternate nodes of Linked List
Prints alternate nodes in reverse order
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Value of jRef: 20, Value of j: 25
Value of jRef: 25, Value of j: 20
Value of jRef: 20, Value of j: 20
Value of jRef: 25, Value of j: 25
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No null references as pointers do
A reference is bound to its initializer for its whole lifetime, pointers don’t
A reference must be initialized after object is created, pointers can be initialized any time
All of the above
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