A normal queue, if implemented using an array of size MAX_SIZE, gets full when
a) Rear=MAX_SIZE-1 b) Front=(rear+1)mod MAX_SIZE c) Front=rear+1 d) Rear=front
a) Rear=MAX_SIZE-1 b) Front=(rear+1)mod MAX_SIZE c) Front=rear+1 d) Rear=front
a) Only front pointer b) Only rear pointer c) Both front and rear pointer d) None of the front and rear pointer
a) Queue b) Circular queue c) Dequeue d) Priority queue
a) Insertion b) Deletion c) To empty a queue d) None
a) At the head of link list b) At the tail of the link list c) At the centre position in the link list d) None
a) FIFO (First In First Out) list b) LIFO (Last In First Out) list. c) Ordered array d) Linear tree
a) Stack b) Array c) Queue d) Tree
a) Queue b) Stack c) Tree d) Linked list
(a) Stack data structure can be implemented using linked list (b) New node can only be added at the top of the stack (c) Stack is the FIFO data structure (d) The last node at the bottom of the stack …
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(a)Greedy (b)Dynamic (c)Branch and Bound (d)Backtracking
(a) Queue (b) Linked list (c) Stack (d) Double Linked List
A. Any B. Top C.(n-1) D. None of the above
a) FIFO b) None of these c) LILO d) LIFO
A.Pop B.Push C.Evaluation D.Create
A.Pop B. Delete C. Push D. Remove
A.Garbage Collection B. Underflow of Stack C. Empty collection D. Overflow of stock.