Ice Cube In The Freezer Riddle
There was an ice cube sitting in the freezer. Somebody who knew the ice cube was there went to get the ice cube in the freezer, but it was gone. Why was the ice cube gone?
Hint:
Power Outage Riddle
Julie is going on an extended trip for three weeks. She lives in a remote area where there are frequent electrical power outages which can last up to three or four days. Julie has quite a bit of food in her freezer which would go bad if it thawed and then re-froze. She does have digital clock and a VCR which would flash 12:00 if the power went out. Unfortunately the clock and VCR flash even if the power only goes out for a few seconds. What can Julie do so that when she returns home she will be able to determine whether the power was out long enough to thaw her food? Asking a neighbor whether the power was out, isn't a reliable option because the nearest house is half a mile away, and one house may have power, while another house may have no power. She won't be able to have a neighbor check on her house every day, and has no one to house sit.
Hint:
One thing Julie could do is freeze a tray of ice-cubes, and turn the tray of ice upside down in her freezer. When she comes home, she should check the tray. If the ice cubes are still in the tray, the food is safe to eat. If the trays are empty, it's time to clean out the freezer. She will have to make a judgment call if the ice-cubes are only slightly thawed. Did you answer this riddle correctly?
YES NO
YES NO
No More Pennies Riddle
A guy came around the corner of a square lot and found a coin sitting on the ground, but did not pick it up. He kept walking and came across a penny, but did not pick it up, yet again. He kept walking and found yet again, a penny. He picked it up. He continued his walk a and discovered there were no more pennies, even when he went backwards, why?
Hint:
He was walking around a SQUARE lot! It was like a circle. Did you answer this riddle correctly?
YES NO
YES NO
I Choose To Fall Back
While some spring forward, I choose to fall back.
Come and join me while you sit on a haystack.
I may show a movie with a crazed maniac,
I will for sure host a festival to give you a heart attack.
Come and join me while you sit on a haystack.
I may show a movie with a crazed maniac,
I will for sure host a festival to give you a heart attack.
Hint:
Fox Rabbit Cabbage
A merchant has a fox, a rabbit, and a head of lettuce and sits on the edge of a river. He has a small raft capable of carrying only himself and one item at a time, but without his supervision the fox will eat the rabbit, and the rabbit will eat the lettuce. How can he successfully transport all goods from one side of the river to the next without losing the lettuce or rabbit? The dilemma, of course, is true regardless of which side of the river they are on and there is no other way across.
Hint:
First the farmer takes the rabbit across and returns to the fox & cabbage. Next, the farmer takes the cabbage, but when he arrives to the other side with the rabbit, he leaves the cabbage and takes the rabbit back on the raft with him to return and get the fox. He exchanges the rabbit for the fox and returns to drop the fox off with the cabbage, and finally goes back to get the rabbit. Did you answer this riddle correctly?
YES NO
YES NO
Cop On The Toilet
Hint:
Diving Duck Riddle
A duck is swimming in a lake. A cat is sitting in her tail. If the duck dives, what happens to the cat?
Hint:
Hammers Yet No Nails
I have lots of hammers inside
But there's no nails for them to hit
To use them you press down on keys
They play notes while on a stool you sit
What am I?
But there's no nails for them to hit
To use them you press down on keys
They play notes while on a stool you sit
What am I?
Hint:
Fingers On Keys Riddle
If you're going to play this
You'll need to sit on a stool
Put your fingers on the keys
And your foot on a pedal
You'll need to sit on a stool
Put your fingers on the keys
And your foot on a pedal
Hint:
Spiriting Faultless Pitch
Without a partner, I sit here mutely. My grace and beauty for you to reckon. Bright head above a regal neck, soft curves. And promise of my rich voice do beckon. Im inevitably hollow, the fretful type, but with practice, I could be your soul mate: If you hold me just right, I'll resonate your spiriting faultless pitch, your song to elevate. What could I be?
Hint:
Dead Desk Riddle
A man is discovered dead sitting at his desk, alone in the locked office. He did not commit suicide and there was no weapons in the room. The only clue is a sealed envelope on the desk in front of him.
How did he die?
How did he die?
Hint:
The envelope glue was poisoned and when the man licked the envelope to seal it, he died. Did you answer this riddle correctly?
YES NO
YES NO
Protecting His Majesty And Queen
To the left of the clergy of backwards discourse,
And to the right of the fortress sits the knight and his horse,
He's duty bound to protect his majesty and queen,
And though his path is strait he always lands in between.
What is he?
And to the right of the fortress sits the knight and his horse,
He's duty bound to protect his majesty and queen,
And though his path is strait he always lands in between.
What is he?
Hint:
It Repeats What You Say
It sits on a pirates shoulder
And doesnt ever fly away
The funniest thing about it
Is that it repeats what you say
What is it?
And doesnt ever fly away
The funniest thing about it
Is that it repeats what you say
What is it?
Hint:
Three Rats Riddle
Three rats are sitting at the three corners of an equilateral triangle. Each rat starts randomly picks a direction and starts to move along the edge of the triangle. What is the probability that none of the rats collide?
Hint:
So lets think this through. The rats can only avoid a collision if they all decide to move in the same direction (either clockwise or rati-clockwise). If the rats do not pick the same direction, there will definitely be a collision. Each rat has the option to either move clockwise or rati-clockwise. There is a one in two chance that an rat decides to pick a particular direction. Using simple probability calculations, we can determine the probability of no collision. Did you answer this riddle correctly?
YES NO
YES NO
Knights Of The Round Table Riddle
King Arthur, Merlin, Sir Lancelot, Sir Gawain, and Guinevere decide to go to their favorite restaurant to share some mead and grilled meats. They sit down at a round table for five, and as soon as they do, Lancelot notes, "We sat down around the table in age order! What are the odds of that?"
Merlin smiles broadly. "This is easily solved without any magic." He then shared the answer. What did he say the odds were?
Merlin smiles broadly. "This is easily solved without any magic." He then shared the answer. What did he say the odds were?
Hint: Does it matter if they are sitting clockwise or counterclockwise? Or where the oldest sits?
The odds are 11:1. (The probability is 1/12.)
Imagine they sat down in age order, with each person randomly picking a seat. The first person is guaranteed to pick a seat that "works". The second oldest can sit to his right or left, since these five can sit either clockwise or counterclockwise. The probability of picking a seat that works is thus 2/4, or 1/2. The third oldest now has three chairs to choose from, one of which continues the progression in the order determined by the second person, for a probability of 1/3. This leaves two seats for the fourth oldest, or a 1/2 chance. The youngest would thus be guaranteed to sit in the right seat, since there is only one seat left. This gives 1 * 1/2 * 1/3 * 1/2 * 1 = 1/12, or 11:1 odds against. Did you answer this riddle correctly?
YES NO
Imagine they sat down in age order, with each person randomly picking a seat. The first person is guaranteed to pick a seat that "works". The second oldest can sit to his right or left, since these five can sit either clockwise or counterclockwise. The probability of picking a seat that works is thus 2/4, or 1/2. The third oldest now has three chairs to choose from, one of which continues the progression in the order determined by the second person, for a probability of 1/3. This leaves two seats for the fourth oldest, or a 1/2 chance. The youngest would thus be guaranteed to sit in the right seat, since there is only one seat left. This gives 1 * 1/2 * 1/3 * 1/2 * 1 = 1/12, or 11:1 odds against. Did you answer this riddle correctly?
YES NO
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