worms
A coin.
A coin.
A line.
most likely "down"
When it is a DOG.
nothing has only a head and a tail tadpole or coin
(1,head,head),(1,head,tail),(1,tail,head),(1,tail,tail) (2,head,head), (2,head,tail),(2,tail,head),(2,tail,tail), (3,head,head), (3,head,tail),(3,tail,head),(3,tail,tail), (4,head,head), (4,head,tail),(4,tail,head),(4,tail,tail), (5,head,head), (5,head,tail),(5,tail,head),(5,tail,tail), (6,head,head), (6,head,tail),(6,tail,head),(6,tail,tail),
there can be only three combo's ------ head n tail,,,,,,,, tail n tail,,,,,,,,,,,,,, head n head
The only part of the lobster that is edible is the tail. The body and head are wasted.
It's a coin, because it can flip on the head or the tail's side. The only 6-letter coin is a NICKEL.
smiles
The implementation is the same as that for a singly-linked list, the only difference being that rather than maintaining separate pointers to both the head and tail, you only need to maintain a pointer to the tail, since the tail's next node is always the head, which will be itself if there is only one node. As with all queues, insertions occur at the tail and extractions occur at the head.
No, grasshoppers have only three body parts: the head, the thorax, and the abdomen.
The head-to-tail rule is a method used in vector addition where vectors are added tip-to-tail. This involves placing the tail of one vector to the head of the other vector in order to determine the resultant vector. The resultant vector is then the vector that connects the tail of the first vector to the head of the last vector in the series.
If you mean 1: head 2:tail 3:head the probability is 1/2 x 1/2 x 1/2 = 1/8. If you mean only that you want the heads and tails to alternate, that is, you mean the above or tail, head , tail, the probability is 1/8 + 1/8 = 1/4.
Church. CH UR CH
This is a Probability question P(head) = 1/2 = 0.5 P(tail) = 1/2 = 0.5 Reason . when flippimng a coin it can only come down on one of two sides, viz, the head side or the tail side.