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"Othe" Riddles - Next 10 of 1041.
Riddle:
Cooper wakes up in a room and sees three piles of shattered glass; each pile contains a few shards of glass with letters on them. His task is to rearrange the piles of glass into words and find out which word doesn't belong. Can you unscramble these words and help Cooper out? CBNAO | PCEUCKA | VLEO
Answer: The three words are BACON, CUPCAKE, and LOVE. This riddle is open to many interpretations, so there are multiple answers. For example, BACON doesn't end with an E (unlike CUPCAKE and LOVE). However, CUPCAKE has three vowels (while BACON and LOVE have two each). On the other hand, LOVE is an emotion (while BACON and CUPCAKE are foods). No matter which word you pick, there is at least one reason for it being correct.
Riddle:
Two friends, from a very cold town in Minnesota, each had unusual life skills which helped them in their adventures together. The first of the friends was a tall, lanky individual who, at times, possessed almost super-human strength, had the ability to remember everything he ever ate, and could accurately forecast the weather by reading a bunion on his foot --- but he wasn't known for being very intelligent. The second of the friends, known for his higher intellect, made a lot of short, solo flights, but he never obtained his pilot's license. He usually wore a pair of aviation goggles on top of his head. Their arch enemies were two Russian-like spies who doggedly pursued them, and these spies were led by a man without fear. Can you name the two friends from this very cold Minnesota town?
Answer: Rocket J. Squirrel and Bullwinkle J. Moose, otherwise known as Rocky and Bullwinkle. The two Russian-like spies (Boris and Natasha) were lead by the infamous Fearless Leader.
Riddle:
What did the escalator say to the other escalators question?
Answer: Ask-a-later.
Riddle:
Which 3 don't belong? Cheap Beard Wiki Mile Reap Team Lump Cork Pager Melon
Answer: Beard, team, and cork. All the other words are anagrams of fruit, while beard team and cork rearrange into bread, meat, and rock. Those would make an amazing sandwich.
Riddle:
Two boys fall in love but they don't know any girls how could this be?
Answer: They love each other :)
Riddle:
When I was 4 years old, my brother was half my age, now I am 44 years old. How old is my brother?
Answer: 42, There is only 2yrs different''''
Riddle:
I saw a creature: his stomach stuck out behind him, enormously swollen. A stalwart servant waited upon him. What filled up his stomach had travelled from far, and flew through his eye. He does not always die in giving life to others, but new strength revives in the pit of his stomach; he breathes again.
What is he?
Answer: Bellows.
Riddle:
Each cell has a single light bulb that is either on or off on a given day. The warden tells the mathematicians that the light system of the prison has three modes: neutral mode, where each lightbulb is independent of the others bright mode, where two bulbs turn on every day and the other turns off dark mode, where two bulbs turn off every day and the other turns on (All distributions are not necessarily uniform.) The prison starts in neutral mode. After an unknown but finite number of days, the warden will select either bright mode or dark mode, which is locked in permanently. After countably infinitely many days have passed, the mathematicians are asked which one the warden picked. They may discuss strategy before going into the cells, but there will be no communication afterwards. They have unlimited capacities to communicate and remember strategies that they come up with. Two of the three need to guess correctly to escape; how can they ensure this? You may assume that the axiom of choice holds.
Answer: The night before their first day in prison, the three mathematicians choose a non-principal ultrafilter on the set of days they are in prison. A non-principal ultrafilter is a rule for classifying some sets of days as large, and the rest as small, subject to the following conditions: Every set of days containing a large set is large, If the set of all days is partitioned into finitely many sets, exactly one set is large, and No finite set of days is large. Constructing a non-principal ultrafilter requires the axiom of choice, and communicating an ultrafilter from one mathematician to another requires an infinite amount of information. These mathematicians have unlimited mental capacity though, so maybe this is possible. After the countably infinite number of days has passed, each mathematician guesses dark mode if the set of days when their light was off is large, and guesses bright mode if the set of days their light was on is large (property 2 above guarantees that exactly one of these conditions is met). Suppose warden eventually selects dark mode. Consider the following four sets of days: neutral mode days, dark mode days when the first mathematician's light is on, dark mode days when the second mathematician's light is on, dark mode days when the third mathematician's light is on. Again, property 2 of the ultrafilter says that exactly one of these sets of days is large. By property 3, it cannot be the first, because that set is finite. This means exactly one of the mathematicians saw a light for a large set of days, so that mathematician guesses bright mode and the other two guess dark mode. Success! The argument in the case the warden selects bright mode is identical.
Riddle:
A family lived in a circular house. The little boy was murdered. Who could have murdered him? The father on the couch, mother dusting the wall, the maid vacuuming the corner, sister playing a game, or the brother napping.
Answer: The riddle "Who's the murderer?" is unanswered. Do you know the answer? If so, click and add your answer in the comments section.
Riddle:
I have a face that can be read and recognized by many. My purpose is for your entertainment, and friendship. I can tell anyone everything you tell me. Or I can tell all your friends. Without John O'Sullivan helping me, I'd be nothing. What am I?
Answer: I am Facebook. Get it? John O'Sullivan and a few others created WiFi, and Facebook uses WiFi!
