2)...is a storing method of strings data structure in which each tine is viewed as arecord, where al records Have the same length.• a) Fixed Length Representationb) Pointerc) Arraysb) Linked List...


Question 1:<br>• 1) A-ONE of the following is a None Primitive Data Structure.<br>• a) integer<br>> 2)...is a storing method of strings data structure in which each tine is viewed as a<br>record, where al records Have the same length.<br>• a) Fixed Length Representation<br>b) Pointer<br>c) Arrays<br>b) Linked List Representation<br>e) Variable Length Representation<br>• 3) A sparse array has 30 elements and 24 zeros elements, its sparsity is<br>• a) 30/24<br>• 4) The postfix notation of the infix expression: P+Q*R is<br>• a) RQP+*<br>• 5...is a sequence of data structure, which are connected together via pointers.<br>• a) Stack<br>• 6)..is an abstract data structure technique which insert and remove data using LIFO<br>b) 24/30<br>c)1/(24+30)<br>b) PQR+*<br>c) PQR*+<br>b) Linked List<br>c) queue<br>methodology<br>• a) Queue<br>b) Hash Table<br>C) Stack<br>

Extracted text: Question 1: • 1) A-ONE of the following is a None Primitive Data Structure. • a) integer > 2)...is a storing method of strings data structure in which each tine is viewed as a record, where al records Have the same length. • a) Fixed Length Representation b) Pointer c) Arrays b) Linked List Representation e) Variable Length Representation • 3) A sparse array has 30 elements and 24 zeros elements, its sparsity is • a) 30/24 • 4) The postfix notation of the infix expression: P+Q*R is • a) RQP+* • 5...is a sequence of data structure, which are connected together via pointers. • a) Stack • 6)..is an abstract data structure technique which insert and remove data using LIFO b) 24/30 c)1/(24+30) b) PQR+* c) PQR*+ b) Linked List c) queue methodology • a) Queue b) Hash Table C) Stack
> 7)....one of the following function get the element at the front of the queue<br>without removing it<br>• A) push ()<br>b) peek ()<br>c) Dequeue ()<br>• 8)...is a divide and conquer search algorithm which has runtime complexity o (Log n)<br>c) Jump search<br>• a) Binary search<br>b) Linear search<br>> 9) Data Items can added or removed from the middle of the list in ay Arrays<br>• a) array<br>b) Stack<br>c) Linked lists<br>

Extracted text: > 7)....one of the following function get the element at the front of the queue without removing it • A) push () b) peek () c) Dequeue () • 8)...is a divide and conquer search algorithm which has runtime complexity o (Log n) c) Jump search • a) Binary search b) Linear search > 9) Data Items can added or removed from the middle of the list in ay Arrays • a) array b) Stack c) Linked lists
Jun 11, 2022
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