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"Left" Riddles - Next 10 of 168.
Riddle:
Lies I tell, though I bear not guilt, And truth, though I know it not. In the dark path of my dancing, Enlightenment often is sought. What am I?
Answer: A pen - It has no knowledge of or responsibility for what it writes, but the inky dark path left by its dance across the page may well hold great knowledge.
Riddle:
There are special times on the clock which read from either right or from left, is taken the same... Like 12:21, it can be read the same from both sides. Can you tell the least minutes between 2 of these times?
Answer: 2 min i.e 9:59 and 10:01.
Riddle:
Ten men, five women, and 15 three-year-olds are being watched by thousands of cheering people. The men and the women and the three-year-olds are observed slowly entering 15 box-like structures, each having iron bars in the front. The men and women are not related to the three-year-olds, but at times witnesses have reported seeing these adults whip these three-year-olds to force them to obey their commands. Fortunately, the barred doors suddenly spring open and the men, women, and three-year-olds make their escape; however, they are easily tracked, as they always feel compelled to travel to the left, and never to the right. The thousands of people watching these proceedings are all waiting to see who will be the first to meet their end. These circumstances are inexcusable in a civilized society! How can thousands of people just idly sit by and cheer while a group of men and women whip a bunch of three-year-olds before their very eyes? What is wrong with society? Or, is there a simple explanation for these bizarre-sounding events? Just what exactly is going on here?
Answer: With a maximum of 20 entrants in each race, the Kentucky Derby, the Preakness, and the Belmont Stakes feature only three-year-old thoroughbreds racing from their starting gates to their end at the finish line. Not all of the jockeys use whips on their horses, but many still do. By the way, to answer the title question: at the start of every race, they are not on —— They’re off!!!
Riddle:
You were in the garden. There are 34 people in the yard. You killed 30. How many people are in the garden?
Answer: Only 1, the killer. If he killed 30 the other 4 would have run away so the killer would be the only one left.
Riddle:
A man had 12 sheep. All but 9 died. How many sheep did he have left?
Answer: Nine.
Riddle:
I'm done with a hand, one at a time;
A motion to make words, but not to make lines;
I'm known as correct, and as a way, in a way;
And even if you don't take me away, none of me would be left.
What am I?
Answer: Write/Right
Riddle:
Five male teenagers and five female teens each step into ten separate circles. The males make disparaging remarks to the females while pointing their thumbs downward, and the female teens respond to the males in the same fashion in retaliation. "You have no chance to beat us!", declares one of the male teens to the female five. "You losers don't have a prayer to win!", shouts one of the females to the male group. Suddenly, a judge for the event appears and announces, "The last person still legally performing the maneuver within their circle, wins for their entire group!" The judge then officially begins the competition by playing a CD of a famous song by Alvin and the Chipmunks. The song continues to play loudly, until only one person is left who is legally performing the maneuver within their circle. Are these people on board the train to Nuttytown, or is there actually some legitimate event being decided here?
Answer: The two five-member teams are competing in a hula-hoop endurance contest. The theme song played during the competition is one of The Chipmunks greatest hits called: The Chipmunk’s Hula-Hoop Christmas Song.
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:
A certain large animal lives happily and thrives here on Earth. One day, every single one of these critters is wiped out by a mysterious disease that affects only this particular animal. There are none left anywhere on earth -- they are all gone. About a year or so later, they begin to reappear on Earth again. How can this be?
Answer: The animal is the Mule. Since all Mules are born sterile, you can only get a Mule by crossing a donkey with a horse. That is how the species is able to repopulate itself.
Riddle:
One way I'm loose, one way I'm tight;
Out with left, in with right.
What am I?
Answer: Screw/Screwdriver.
