Haley's comet will be visible again say 55 years from now
Because sometimes there will be things leftover and you can't split it all up in the question.
Q(5n)
Nonequivalent is a word. It begins with N and contains the letter Q.
Queen, quadrillion and qualification begin with the letter Q and end with the letter N. Question and quotation begin with Q and end with N.
60years old.
60 years = 6 decades.
it's when the queen has been on the throne for 60years! :)
There are 22 ways to make change from a dollar using nickels, dimes, and quarters. 1. 4 q 2. 10 d 3. 20 n 4. 2 q , 5 d 5. 3 q , 2 d , 1 n 6. 1 q , 7 d, 1 n 7. 9 d, 2 n 8. 8 d, 4 n 9. 7 d, 6 n 10. 6 d , 8 n 11. 5 d , 10 n 12. 4 d , 12 n 13. 2 d , 16 n 14. 1 d , 18 n 15. 5 n , 3 q 16. 3 n , 1 q , 6 d 17. 7 n , 1 q , 4 d 18. 9 n , 1 q , 3 d 19. 11 n , 1 q , 2 d 20. 13 n , 1 q , 1 d 21. 14n , 3 d 22. 15n , 1 q
Some words that you can make with H V N N R F Q O are:hornforfrohononorofohonor
Both linear and circular queues are constructed from nodes: struct node { T data; // the node's value (of type T) node* next; // refers to the next node in the sequence }; To implement a queue efficiently, we need to keep track of both the front and back of the queue. This is because all insertions occur at the back of the queue while all extractions occur at the front of the queue, and both operations must be performed in constant time. struct queue { node* head; // refers to the front of the queue node* tail; // refers to the back of the queue }; Initially, the queue is empty, so both the head and tail must be set to NULL. We use the following function to insert some data at the back of the queue: node* push (queue* q, T value) { node* n = malloc (sizeof (node)); n->data = value; n->next = NULL; if (q->tail == NULL) { q->head = n; q->tail = n; } else { q->tail->next = n; q->tail = n; } return n; } The following function extracts the head node: void pop (queue* q) { node* n = q->head; if (q->head) { q->head = q->head->next; // may be NULL if (!q->head) q->tail = NULL; } free n; } In a circular queue, we don't need to keep track of the head because tail->next always points to the head unless tail is NULL. So we can eliminate the head pointer from the queue structure: struct queue { node* tail; }; The insertion function therefore changes as follows: node* push (queue* q, T value) { node* n = malloc (sizeof (node)); n->data = value; if (q->tail == NULL) { n->next = n; q->tail = n; } else { n->next = q->tail->next; q->tail->next = n; q->tail = n; } return n; } And the extraction function changes as follows: void pop (queue* q) { if (q->tail == NULL) return; // empty list node* n = q->tail; if (q->tail == q->tail->next) // a list of one q->tail = NULL; else q->tail->next = q->tail->next->next; // adjust the head free n; }
Smithfield's Chicken 'N Bar-B-Q was created in 1964.
Money, good health, boredom.