Riddle: When is Half less than a Quarter?
Answer: When you count the letters each word is spelled with.
Riddle: What is the best way to defeat your enemy? HINT 1: THE answer is in Ninjago HINT 2: let's stop fighting and be ...
Answer: To make him your friend.
Riddle: A manager was killed there were 3 suspects John, James and Otto and the police found a code the code said "1231" Who killed the manager?
Answer: Otto because 1 in eng is one 2 is two 3 is three and 1 is also again one and one represents O 2 is t 3 is t and 1 is o so Otto
Riddle: What grows under your nose?
Answer: Tulips (Two Lips).
Riddle: What has many rings but no fingers?
Answer: A telephone.
Riddle: What did the computer eat on the moon?
Answer: Spacebars!
Riddle: I am big moving forward, going backward I am afraid of cats. What am I?
Answer: Tar.
Riddle: A doctor drops off a young boy at school every morning before work. The doctor is not the child’s father, but the child is the doctor's son. How does this work?
Answer: The Doctor is the boy's mother!
Riddle: In the realm of intellect and wit, where riddles intertwine, a labyrinthine puzzle tests the sharpest mind. Within this riddle's depths, a story of knights and kings and a treasure untold shall unfold. Imagine a mighty chessboard, with sixty-four squares so grand, where black and white alternate, a captivating land. Upon this board, two knights are placed, noble in their might. Their mission: to find the treasure hidden out of sight. But here's the twist, the tricky part, the puzzle's cunning scheme: the knights must journey together, a duo they must seem. One knight moves north, then two steps to the right, while the other takes a diagonal leap, a path both swift and light. They continue their pursuit, weaving through the chessboard's squares, till they've visited each and every one, proving their thorough care. Now comes the question, the riddle's hidden key: how many times did their paths cross, tell me if you see. Remember, their moves are synchronized, each step taken as a pair. Calculate their crossings, and unravel the secret with care.
Answer: To find the number of times the paths of the two knights cross, we need to analyze their movements on the chessboard. Let's assign coordinates to the squares of the chessboard. We can label the columns as A, B, C, D, E, F, G, and H (from left to right), and the rows as 1, 2, 3, 4, 5, 6, 7, 8 (from bottom to top). Now, let's examine the movements of the knights. The first knight moves one square north and two squares to the right, which can be represented as (2, 1) on the coordinate plane. The second knight takes a diagonal leap, moving one square northeast, which can be represented as (1, 1). We'll start by assuming the initial position of both knights is (0, 0). Now, let's track their movements: The first knight moves to (2, 1). The second knight moves to (1, 1). The first knight moves to (3, 2). The second knight moves to (2, 3). The first knight moves to (4, 4). By analyzing their movements, we can see that the knights' paths intersected once at the coordinate (2, 3). Therefore, the answer is that the paths of the knights cross once.
Riddle: What do builders have to look out for before constructing a building and surgeons have to look out for while performing a surgery?
Answer: The skeleton.