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Deletion Algorithm for dequeue
Step 1: [check for underflow] If front = 0 and rear = 0 Output "underflow" and return
Step 2: [delete element at front end] If front > 0 Value = q [front] Return [value]
Step 3: [check queue for empty] If front = rear Front = rear = 0 Else Front = front +1
Step 4: [delete element at the rear end] If rear > 0 Value = Q [rear] Return (rear)
Step 5: [check queue for empty] If front = rear Front = rear = 0 Else Rear = rear - 1
Step 6: Return
Comparative Study of Linear and Binary Search Binary search is lots quicker than linear search. Some comparisons are following: NUMBER OF ARRAY ELEMENTS EXAMINED array
what is far and near procedures in system programming?
Deletion Algorithm for dequeue Step 1: [check for underflow] If front = 0 and rear = 0 Output "underflow" and return Step 2: [delete element at front end] If front
program on function loading
Q. Let us consider a queue is housed in an array in circular fashion or trend. It is required to add new items to the queue. Write down a method ENQ to achieve this also check whet
Explain binary search with an example
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List various problem solving techniques. There are two techniques:- 1. Top down 2. Bottom- up
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