Assertion: queue's element | /r/HasProperty | inserted
Facets:
value: last
type: DEGREE
Source sentences:
text: As we add elements to the queue, the tail keeps on moving ahead, always pointing to the position where the next element will be inserted, while the head remains at the first index.
text: Elements (plates) may be inserted, inspected, or removed only from the top of the stack, which is the last element at the end of the base container.
text: Even if we dequeue the queue to remove some of the elements, until the queue is reset, no new elements can be inserted.
text: After an element is inserted into or deleted from a heap, the heap property may be violated and the heap must be balanced by swapping elements within the array.
text: This size grows automatically as elements are inserted.
text: It also keeps track of the front and rear by implementing some extra logic so that it could trace the elements that are to be inserted and deleted.
text: The program must keep track of the size (length) of the stack, using a variable top that records the number of items pushed so far, therefore pointing to the place in the array where the next element is to be inserted (assuming a zero-based index convention).
text: Since it allows insertion and deletion from only one end and the element to be inserted last will be the element to be deleted first, hence it is called Last in First Out data structure (LIFO).
text: Since it allows insertion and deletion from only one end and the element to be inserted last will be the element to be deleted first, hence it is called Last in First Out data structure (LIFO).
text: Since it allows insertion and deletion from only one end and the element to be inserted last will be the element to be deleted first, it is called the 'Last in First Out' data structure (LIFO).