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riddles
|
t3_e6nek
|
c15qjcw
|
I'm stuck. Define 'the information', please.
| 2 |
diligentdogs
| 1,289,871,549 |
t3_e6nek
| null |
riddles
|
t3_e6nek
|
c1821wk
|
If only the owner can kill his own dog (i.e. ALL dogs are only killed by their owners), and said owners cannot tell if said dog is sick, and NO information is given to the owner as to the health of the dog, then no dogs will be killed. I'm certain you told this wrong.
| 2 |
[deleted]
| 1,291,663,513 |
t3_e6nek
| null |
riddles
|
t3_e6nek
|
c18gqfs
|
This bears resemblance to a lot of problems in computer science; you might try posting in /r/programming.
| 1 |
aristotle2600
| 1,291,927,437 |
t3_e6nek
| null |
riddles
|
t3_e6nek
|
c18i8z4
|
Probably should specify that dogs are only killed at night, or something.
EDIT: Also the crucial piece of information is that -all- the sick dogs are killed on night 3.
3 dogs are killed.
Day 1: Each hunter without a diseased dog notices that there are 3 sicks dogs. However each hunter with a sick dog notices only 2 sick dogs.
Day 2: The hunters realize that nobody shot their dog. They conclude, then, that nobody saw that all other dogs were healthy. For if someone saw that all other dogs were healthy they would then conclude their dog is sick and shoot it. Therefore at least 2 dogs must be sick and everyone knows this. However some people see 3 sick dogs and some see 2 so they can draw no conclusions.
Day 3: Nobody shoots their dog. By the same reasoning as above, everyone concludes that at least 3 dogs are sick. Now the hunters with sick dogs (who have only seen 2 other sick dogs) are able to conclude that their dog must be the third sick one. And thus they shoot their dogs.
Note this is much, much more interesting and difficult if you don't specify how many days go by. You just say "After some number of days the hunters have managed to shoot all the diseased dogs. How many days did it take and how did they do it?"
| 6 |
Zarigis
| 1,291,951,655 |
t3_e6nek
| null |
riddles
|
t3_e6nek
|
c1axu40
|
this is incorrect, although it's hard to understand where the question is coming from. zarigis has it right.
| -1 |
bugs_bunny_in_drag
| 1,293,782,106 |
t1_c1821wk
| null |
riddles
|
t3_e6nek
|
c1axu72
|
this is the correct answer, and similar to another riddle i heard a week or two ago- the "blue forehead" riddle.
100 perfect logicians are in a room- a circle is painted on each of their heads, they don't know what color. they're told, at least one of them has a blue-colored forehead.
in the room they can all see one another, but they aren't allowed to communicate, just observe. and no reflective surfaces or anything- they can't see themselves at all.
the lights are going to go on and off every thirty seconds or so. when the lights are off, if you have realized you have a blue forehead, you are free to go. now, for a gag, all of their foreheads have been painted blue.
the question: how do the logicians figure out they all have blue foreheads, and when do they figure it out and leave the room?
| 2 |
bugs_bunny_in_drag
| 1,293,782,170 |
t1_c18i8z4
| null |
riddles
|
t3_e6nek
|
c1az5hm
|
note: reply written before edit...
| 1 |
[deleted]
| 1,293,820,443 |
t1_c1axu40
| null |
riddles
|
t3_e6nek
|
c1az5ww
|
...what edit? i know zarigis posted later than you, but i thought you'd be interested to hear the solution.
| 1 |
bugs_bunny_in_drag
| 1,293,820,639 |
t1_c1az5hm
| null |
riddles
|
t3_e6nek
|
c1bf6a9
|
Canine disease does not affect humans so there is no reason to shoot a dog that appears healthy.
Therefore none of the dogs are likely killed. A few will discharge their guns to make the others think they have nothing to worry about.
However, some might not like their dogs and then use this opportunity to kill their dog, or kill their neighbor's dog because the human species typically uses opportunities as they are presented.
| 2 |
[deleted]
| 1,294,172,344 |
t3_e6nek
| null |
riddles
|
t3_e6nek
|
c1bgmc5
|
Certainly the most logical of the answers. Still looking though
| 1 |
deepinsighther
| 1,294,202,048 |
t1_c1bf6a9
| null |
riddles
|
t3_e6nek
|
c1df2qn
|
Cool puzzle, and very similar to the OP in the way it deals with recursion. In this case, I'd say they all leave at the 100th cycle, reasoning thus:
* a single blue forehead would realize this immediately since there were no others, and leave on the first cycle.
* two blue foreheads would leave on the second cycle, deducing that otherwise their fellow blue-head would have already left.
* three blue foreheads would figure that since their companions didn't do the above, their own heads were also blue.
* ...
* after the 99th dark interval, since the other 99 blue foreheads didn't follow the procession to this point and leave already, everyone can finally deduce that their own head is blue.
* and the next time the light comes on, the room is empty.
| 2 |
yParticle
| 1,295,481,960 |
t1_c1axu72
| null |
riddles
|
t3_e6nek
|
c1fkmew
|
Let's say there were two hunters instead of 100, and that every hunter knew that there was at least one sick dog. On the first day, one hunter would see that the other dog was not sick, so he'd kill his own dog (knowing that there must be at least one sick dog so it must be his). Hunter #2 would see that hunter #1's dog was sick so he would wait to kill his own. One dog would die in one day.
On the other hand, if both of the dogs were sick, then both hunters would see the other's sick dog and wait to kill their own. However, after a day when they say that the other hunter did not kill his own dog, they would realize that they did so because their own dog was sick, so they would each kill their own dog on the 2nd day.
If there were more than two hunters, but still two sick dogs, it would work the same way. Each hunter with a sick dog would look at all the other dogs and see 1 sick dog. After one day, when they notice that the sick dog has not been killed, they would realize that there must be 2 sick dogs (and thus, the other sick dog must be theirs) and they would each kill their own dog. All the hunters with healthy dogs would see two sick dogs. They'd be smart enough to realize that with two sick dogs, it wouldn't get resolved on the first day. After the second day, when the two hunters killed their sick dogs, they would realize the above; that each of the hunters with sick dogs only saw one other sick dog and killed their own dog after the 2nd day. Two dogs would die, all on the 2nd day.
It's the same thing with if there were 3 sick dogs; all the hunters with sick dogs would notice that the other sick dogs didn't die after the 2nd day, so they would realize that there must be another sick dog (their own) and they would kill it after the third day. And so on and so forth, for however many sick dogs there are.
**TL;DR** n dogs would be killed, and they would all be killed on the nth day. Where n = the number of sick dogs.
| 1 |
kabukistar
| 1,296,887,722 |
t3_e6nek
| null |
riddles
|
t3_kyimy
|
c2ocp3i
|
Okay, pretend each of the coins is numbered 1 - 9.
* With the scale, measure coins 1, 2, 3 on one side against coins 7, 8, 9 on the other side.
* If the left side is heavier, then measure coin 1 against coin 3. Whichever one is heavier is the counterfeit coin. If neither of them are heavier, then 2 is the counterfeit coin.
* If the right side was heavier, do the same thing but with coines 7, 8, and 9.
* If neither the left nor right side was heavier in the first weighing, then weigh coin 4 against coin 6. Whichever one is heavier is the counterfeit. If neither one is heavier, then coin 5 is the counterfeit.
| 9 |
kabukistar
| 1,317,597,829 |
t3_kyimy
| null |
riddles
|
t3_kyimy
|
c2ocq0l
|
That was fast. It's explained in a wonky way, but that's correct.
| 1 |
JohnLeprechaun
| 1,317,598,024 |
t1_c2ocp3i
| null |
riddles
|
t3_kyimy
|
c2od1lz
|
You want to hear one?
| 1 |
kabukistar
| 1,317,600,553 |
t1_c2ocq0l
| null |
riddles
|
t3_kyimy
|
c2od1w9
|
A riddle? Go for it.
| 1 |
JohnLeprechaun
| 1,317,600,614 |
t1_c2od1lz
| null |
riddles
|
t3_kyimy
|
c2od2n2
|
Okay. Here, I typed it into a new thread:
http://www.reddit.com/r/riddles/comments/kytey/a_twist_on_an_old_classic/
| 1 |
kabukistar
| 1,317,600,778 |
t1_c2od1w9
| null |
riddles
|
t3_kytey
|
c2od4dg
|
Oh, wow. This is a good one.
"If you were lying, which way would you tell me to go?" If he always tells the truth, he'd point the wrong way. If he always lies, he'd lie about his lie and point the wrong way. That way, you just go the way he didn't point and you'd be all good.
At least, I *think* that checks out.
| 1 |
JohnLeprechaun
| 1,317,601,160 |
t3_kytey
| null |
riddles
|
t3_kytey
|
c2od5te
|
You're really close.
>"If you were lying, which way would you tell me to go?"
Liar: Well, I *would* tell him to go the wrong way. But that's the truth and I'll lie about my answer. **"I'd tell you to go [the correct way]"**
Truth: Well, if I was lying, I would tell him to go the wrong way. **"I'd tell you to go [the wrong way.]"**
You're on the right track, but you get two different answers that way.
| 2 |
kabukistar
| 1,317,601,474 |
t1_c2od4dg
| null |
riddles
|
t3_kytey
|
c2od68z
|
Bah, I figured something was amiss.
EDIT: Okay, pondering again. If I ask which way is the *wrong* way, the liar would point the right way, but the truthful man would point the wrong way, so that's no good. This is much easier when there are two people to ask, and one always tells the truth and one always lies. Hrm...
"If your stance about honesty were reversed, which way would you tell me to go?" The liar would be speaking from the stance of the truth-teller, so he would say yes, but he lies, so he'd point the wrong way. The truth teller, speaking from the point of the liar, and tells the truth, so he'd point the wrong way. Go in the opposite direction and you win! I'm fairly certain that's correct.
Anyway, I'm entering a new riddle onto the main page. Standby.
| 1 |
JohnLeprechaun
| 1,317,601,566 |
t1_c2od5te
| null |
riddles
|
t3_kyupo
|
c2ode7j
|
Original comment had a length of 871 characters. The quoted comment now has a length of 611 characters after applying the Wadsworth Constant.
>die. If you take none, you die. The ONLY WAY to live is to take one of pill A and one of pill B.
>
>So you pour out one of pill A into you're hand. So far so good. Then you accidentally pour out two of pill B! Suddenly you have a problem. Pill A and pill B are virtually identical--they have the same size, color, shape, weight, smell, etc.
>
>Unfortunately, you can't simply throw away the pills because they're ridiculously expensive. You need to use every single one. How can you, with 100% certainty, take one of each pill and survive?
>
>(I hope I haven't missed anything... lots of specifics with this one)
| -2 |
WadsworthBot
| 1,317,603,253 |
t3_kyupo
| null |
riddles
|
t3_kyupo
|
c2oe4a1
|
Unless there is some conceivable way to tell the pills apart, I deem this riddle impossible. You have three identical pills in your hand. If you take two of them, there's a 2/3 chance you'll get the A and a B and be fine, but there's a 1/3 chance you'll get both of the B's and die.
The smart thing to do would be to take those three pills and throw them in a ziplock bag and take two new pills. That way, you wont have to worry about them until after you finish the rest of the bottle, or (better yet) keep refilling them until you're really in a ind and can't buy any more.
| 1 |
kabukistar
| 1,317,608,728 |
t3_kyupo
| null |
riddles
|
t3_kyupo
|
c2oe5uf
|
No, there is most definitely a way to solve it. I can give you a hint if you'd like.
| 1 |
JohnLeprechaun
| 1,317,609,057 |
t1_c2oe4a1
| null |
riddles
|
t3_kyupo
|
c2oefes
|
Sure.
| 1 |
kabukistar
| 1,317,611,064 |
t1_c2oe5uf
| null |
riddles
|
t3_kyupo
|
c2oegh0
|
You may remove more pills from the bottles.
| 1 |
JohnLeprechaun
| 1,317,611,292 |
t1_c2oefes
| null |
riddles
|
t3_kyupo
|
c2ohvkt
|
take another A, add it to the other 3 pills. grind them all up and divide into 2 equal amounts. Each of these contains 1 of each pill.
| 7 |
fuzzy_smurf
| 1,317,654,384 |
t3_kyupo
| null |
riddles
|
t3_kyupo
|
c2oijd9
|
I didn't think there was a solution to this one but now I can confirm there is a simple and elegant solution. Thanks for the riddle! :)
| 2 |
Keir3D
| 1,317,659,374 |
t3_kyupo
| null |
riddles
|
t3_kyupo
|
c2oln62
|
Not quite. :P You're pretty close though.
| 2 |
JohnLeprechaun
| 1,317,680,728 |
t1_c2ohvkt
| null |
riddles
|
t3_kyupo
|
c2olnbj
|
Yeah, this is definitely among my favorites. I'll be posting more in this subreddit shortly!
| 1 |
JohnLeprechaun
| 1,317,680,763 |
t1_c2oijd9
| null |
riddles
|
t3_kyupo
|
c2om8j4
|
If that's close, then you could do the same thing, but by dividing the pills into thirds, and making 3 pills of 1/3 A and 2/3 B. You can then chop known pills from the bottles into thirds to complete 3 doses using the hybrid pills created.
It's the same method as I first tried but using discrete instead of continuous sampling, I figured that dividing individual pills accurately into thirds was less reliable than dividing 1 pile of powder into 2.
| 2 |
fuzzy_smurf
| 1,317,685,040 |
t1_c2oln62
| null |
riddles
|
t3_kyupo
|
c2oma5f
|
You've got to think about this with the probability in mind. You have three pills in your hand, but you don't know which pill is from which bottle. All you know is that you have one of pill A and two of pill B. Cutting them into thirds only makes it LESS probable that you're going to get the correct amount.
If you simple took two random pills, there's a 50/50 chance you'll live (First pill is always fine, and the second pill could either kill you or save you). When the pills are split in to thirds and you take six thirds
(the equivalent of two pills), there's a much smaller chance. I don't feel like calculating it.
| 1 |
JohnLeprechaun
| 1,317,685,376 |
t1_c2om8j4
| null |
riddles
|
t3_kzurv
|
c2omdmq
|
Eight? Are they adding up to the nearest multiple of nine? (12+6=18, 6+3=9, 10+8=18).
| 6 |
Simon_the_Cannibal
| 1,317,686,080 |
t3_kzurv
| null |
riddles
|
t3_kzurv
|
c2omfo0
|
three
letters in the word
| 10 |
comofue
| 1,317,686,482 |
t3_kzurv
| null |
riddles
|
t3_kzurv
|
c2omgui
|
Wow, that's way more complicated than the real answer.
| 9 |
JohnLeprechaun
| 1,317,686,719 |
t1_c2omdmq
| null |
riddles
|
t3_kzurv
|
c2omgwg
|
Congrats, that's right.
| 3 |
JohnLeprechaun
| 1,317,686,729 |
t1_c2omfo0
| null |
riddles
|
t3_kyupo
|
c2omh0h
|
Take an extra pill from bottle A. You now have 2 A's, and 2 B's. Cut each pill in half, and take those halves. You will take a total of 1 A pill (2 halves) and 1 B pill (2 halves). On day 2, take the remaining 4 halves.
| 2 |
Linkster1211
| 1,317,686,750 |
t1_c2oegh0
| null |
riddles
|
t3_kyupo
|
c2omiah
|
Absolutely! Nice job.
| 2 |
JohnLeprechaun
| 1,317,687,015 |
t1_c2omh0h
| null |
riddles
|
t3_kzxri
|
c2omsxe
|
The cook didn't create a poison for the test, he just made a soup.
Before meeting the king, the cook drank some weak poison he could make himself.
During the test, the cook drank the alchemist's strong poison and was cured of the weak poison, and then had some harmless soup.
The alchemist had the harmless soup, and then his strong poison, which killed him.
The king ended up with a soup recipe.
Good riddle.
| 17 |
fuzzy_smurf
| 1,317,689,171 |
t3_kzxri
| null |
riddles
|
t3_kyupo
|
c2omv3j
|
My method doesn't involve guessing which pills to take.
I take 1/3 of each pill and put them together, this means you have 3 identical pills with 1/3 A and 2/3 B. You can then take pieces of the pills from the bottles to add 2/3 A and 1/3 B, which gives you the equivalent of 1 A and 1 B
| 2 |
fuzzy_smurf
| 1,317,689,585 |
t1_c2oma5f
| null |
riddles
|
t3_kzurv
|
c2on326
|
Such is my life. :(
| 11 |
Simon_the_Cannibal
| 1,317,691,069 |
t1_c2omgui
| null |
riddles
|
t3_kzxri
|
c2on3m5
|
Wow, that was really fast. Awesome job.
| 6 |
JohnLeprechaun
| 1,317,691,174 |
t1_c2omsxe
| null |
riddles
|
t3_l0uob
|
c2ovf59
|
Switch them all.
| 2 |
feefiefofum
| 1,317,763,872 |
t3_l0uob
| null |
riddles
|
t3_l0uob
|
c2ovxcs
|
But that wouldn't allow you to determine which switch is the correct one.
| 2 |
Keir3D
| 1,317,767,142 |
t1_c2ovf59
| null |
riddles
|
t3_l0uob
|
c2owufv
|
assuming that the lightbulb is turned off and has been for some time:
Turn the first switch on.
Wait for 10 minutes.
Turn the first switch off and the second switch on.
Go check the bulb.
If the bulb is on, switch 2. If the bulb is off and hot, switch one. If the bulb is off and cold, switch 3.
| 8 |
fuzzy_smurf
| 1,317,773,374 |
t3_l0uob
| null |
riddles
|
t3_l0uob
|
c2oyd9n
|
Correct, good sir.
| 3 |
Linkster1211
| 1,317,783,361 |
t1_c2owufv
| null |
riddles
|
t3_l1onl
|
c2p1qe3
|
[My guess, hidden to not be a spoiler](http://i.imgur.com/XUGtm.png)
Do spoiler tags work in here?
| 6 |
[deleted]
| 1,317,821,807 |
t3_l1onl
| null |
riddles
|
t3_l1onl
|
c2p1rgc
|
You're right. And I have no idea.
| 5 |
[deleted]
| 1,317,822,078 |
t1_c2p1qe3
| null |
riddles
|
t3_l1onl
|
c2p1s65
|
Well, I reposted my guess as an image, to not spoil it for others.
| 3 |
[deleted]
| 1,317,822,266 |
t1_c2p1rgc
| null |
riddles
|
t3_l0uob
|
c2p1xc6
|
So you turn on one light switch, and wait an hour. Then you turn on another one, and go upstairs. If you get there, and the light is on, the second one you turned on is the correct one. If the bulb is off, but hot, the first one you turned on is the correct one. If the bulb is off, and cold, the third, untouched switch is the correct one. :D Nice riddle, I had to think about it for a while.
Dang, someone already answered it. :P
| 3 |
JohnLeprechaun
| 1,317,823,549 |
t3_l0uob
| null |
riddles
|
t3_l1onl
|
c2p1zj9
|
Daaang. All throughout I was thinking "Time. It's gotta be time. A clock. No, time." Then the last line totally tripped me up. Uh...
[Spoiler](/s "Is it a corpse, or a coffin?")
| 3 |
JohnLeprechaun
| 1,317,824,072 |
t3_l1onl
| null |
riddles
|
t3_l1onl
|
c2p2lnk
|
[spoiler](//#s"testing")
| 1 |
diligentdogs
| 1,317,828,739 |
t1_c2p1qe3
| null |
riddles
|
t3_l1onl
|
c2p2rn2
|
Then shouldn't "Look at me and see their future" be more like
"Look at me and see YOUR future"?
[spoiler](//#s"You can't see a dead person's future by looking at their gravestone, you're seeing their past if anything.)")
EDIT:hid spoiler
| -2 |
Keir3D
| 1,317,829,836 |
t1_c2p1rgc
| null |
riddles
|
t3_l1onl
|
c2p2rw0
|
It was a continuation of what men do with the object. And, spoiler alert.
| 1 |
[deleted]
| 1,317,829,884 |
t1_c2p2rn2
| null |
riddles
|
t3_l1q60
|
c2p2x4s
|
1. I would put one white marble in one bowl and the rest of them in the other. So if I got the bowl with the white one, I survive or if I get the other bowl, it's still approximately 50/50. That's about a 74% chance of survival. I can live with that.
2. As for this second situation, the best way I think is to take a black one and keep it concealed in my pocket or fist. Then after the blindfold is removed I would point to the black one in the jar and 'deduce' that the one in my hand must be white. But since he's a mean king and was so determined to kill me in the first place, he'd probably just kill me anyway :(
| 7 |
Keir3D
| 1,317,830,873 |
t3_l1q60
| null |
riddles
|
t3_l1q60
|
c2p2y6t
|
Sheesh, correct on both counts. Nice. I need to find harder riddles...
| 2 |
JohnLeprechaun
| 1,317,831,069 |
t1_c2p2x4s
| null |
riddles
|
t3_l1onl
|
c2p2ze2
|
I see what you're saying, that does make sense but it's still unnecessarily misleading.
| 1 |
Keir3D
| 1,317,831,277 |
t1_c2p2rw0
| null |
riddles
|
t3_l1onl
|
c2p3pdc
|
I disagree.
| 1 |
[deleted]
| 1,317,835,874 |
t1_c2p2ze2
| null |
riddles
|
t3_l1onl
|
c2p5aft
|
>Born in mourning
I see what you did there.
| 4 |
kabukistar
| 1,317,845,395 |
t3_l1onl
| null |
riddles
|
t3_kytey
|
c2p5chg
|
Yeah, that works.
Hmm, I've got to re-work this riddle to make it more difficult :P
| 1 |
kabukistar
| 1,317,845,738 |
t1_c2od68z
| null |
riddles
|
t3_l0uob
|
c2p5di9
|
This was my favorite riddle to give kids when I was a teacher.
| 1 |
kabukistar
| 1,317,845,896 |
t3_l0uob
| null |
riddles
|
t3_kytey
|
c2p5era
|
I don't think it's the difficulty of it that's the issue; most people have just heard it before.
| 1 |
JohnLeprechaun
| 1,317,846,095 |
t1_c2p5chg
| null |
riddles
|
t3_kytey
|
c2p5hp4
|
Well, I'm trying to form it in such a way so that you can't give the same answer as the original, but just with a hypothetical lying/non-lying person.
| 1 |
kabukistar
| 1,317,846,593 |
t1_c2p5era
| null |
riddles
|
t3_kytey
|
c2p5krf
|
Well, good luck with that.
| 1 |
JohnLeprechaun
| 1,317,847,090 |
t1_c2p5hp4
| null |
riddles
|
t3_l1onl
|
c2p8g0g
|
That's the part I didn't actually want to type because it kind of gives it away. It's better when spoken.
| 3 |
[deleted]
| 1,317,865,930 |
t1_c2p5aft
| null |
riddles
|
t3_kzxri
|
c2pa8pp
|
But wouldnt the cook die anyways, because his own poison is not as strong as the alchemists poison? (You did say that in order to neutralize a poison you have to drink a _stronger_ poison)
| 1 |
ThatsMeNotYou
| 1,317,878,942 |
t1_c2on3m5
| null |
riddles
|
t3_l2p5q
|
c2paaw2
|
Say that you work for the Genderme, but you don't really like your job. He sent you out there to see if there were any highwaymen. If you don't come back alive, obviously he will know the highwaymen are there and send a more well-armed ambush party.
Somehow, convince them that you will lie on their behalf and say you had an uneventful trip if they let you go.
| 6 |
kabukistar
| 1,317,879,514 |
t3_l2p5q
| null |
riddles
|
t3_l2p5q
|
c2pcloz
|
I wish I was smart enough to think about that if I was ever in that situation!
| 1 |
Abuzz
| 1,317,913,541 |
t1_c2paaw2
| null |
riddles
|
t3_kytey
|
c2pe9p5
|
Simplest answer: "If I were to ask you which way is home, with which path would you respond?"
For simplicity, assume path 1 = home, path 2 = doom.
Liar: Would respond 2, but must lie in response to my question and say that he would respond with the home path 1.
Truthful: Would respond 1 and would say so in response to my question.
Either way you ultimately get a positive (truthful) response. Doubling the question causes a double positive (which equals positive) and a double negative (which equals positive as well).
| 4 |
[deleted]
| 1,317,925,391 |
t3_kytey
| null |
riddles
|
t3_kzxri
|
c2pec40
|
Nope. Here's what the cook took (in order):
* Before the contest, his own weak poison in secret
* During the contest, the alchemist's stronger poison, which cancelled out the weak poison he took before the contest
* During the contest, his "poison," which was really soup. No effect.
| 3 |
[deleted]
| 1,317,925,848 |
t1_c2pa8pp
| null |
riddles
|
t3_kzxri
|
c2pfxwc
|
Yes, that's correct. It's the whole point--what was the cook's plan? His poison was weaker, so how could he have still won?
| 1 |
JohnLeprechaun
| 1,317,936,267 |
t1_c2pa8pp
| null |
riddles
|
t3_kytey
|
c2pgnly
|
*Ding! Ding! Ding!*
Correct.
| 3 |
kabukistar
| 1,317,941,337 |
t1_c2pe9p5
| null |
riddles
|
t3_l1q60
|
c2pgrew
|
1) put 1 white marble in 1 bowl. put 50 black marbles in the 2nd bowl FIRST, and the other 49 whites on top.
2) call the king racist and run away.
| 4 |
snickles19
| 1,317,942,129 |
t3_l1q60
| null |
riddles
|
t3_kyupo
|
c2pgtd4
|
how can you be sure you have 2 As and 2 B's? you dont know what you have in your hand
| 0 |
snickles19
| 1,317,942,538 |
t1_c2omh0h
| null |
riddles
|
t3_l2p5q
|
c2pgtrq
|
Yeah, that's what I was thinking too. I really need to be more speedy with the riddles here.
| 1 |
JohnLeprechaun
| 1,317,942,617 |
t1_c2paaw2
| null |
riddles
|
t3_kyupo
|
c2pu8be
|
The original post said you pour out 1 A and then accidentally pour out 2 B's. You know exactly what you have in your hand, just not which one is which.
| 1 |
Linkster1211
| 1,318,081,945 |
t1_c2pgtd4
| null |
riddles
|
t3_kyupo
|
c2pvvde
|
[deleted]
| 1 |
[deleted]
| 1,318,099,461 |
t1_c2pu8be
| null |
riddles
|
t3_kyupo
|
c2q3vqv
|
You take a pill, and cut it in half. Place those 2 halves into 2 separate piles. Take an uncut pill, cut it in half, and place those 2 halves into the piles (1 in each.) Repeat for the next two pills, and then take one of the piles. For the next take, take the remaining pile.
You're not cutting the pills in half and then mixing them up again. That'd be silly.
| 1 |
Linkster1211
| 1,318,188,133 |
t1_c2pvvde
| null |
riddles
|
t3_l0uob
|
c2qnfro
|
turn (switch 1) on, do something else for a year or two, come back, turn another on (switch 2) and go upstairs. If the bulb is on, it was switch 2, if the bulb is off it was the third one, if the bulb is burnt out it was the first one you left on (switch 1).
edit: damn i was close
| 1 |
SpaceCowboy57
| 1,318,360,287 |
t3_l0uob
| null |
riddles
|
t3_l0uob
|
c2qperj
|
Not too bad. A bit long, but it still works.
| 1 |
Linkster1211
| 1,318,372,574 |
t1_c2qnfro
| null |
riddles
|
t3_laddk
|
c2r56vh
|
Well [this is my guess](http://i.imgur.com/wQ4vC.png)
I'm not sure if that's allowed under your rules.
| 2 |
[deleted]
| 1,318,510,849 |
t3_laddk
| null |
riddles
|
t3_laddk
|
c2r5g6o
|
Yes, I'll accept that.
| 2 |
JohnLeprechaun
| 1,318,513,592 |
t1_c2r56vh
| null |
riddles
|
t3_laddk
|
c2r5gd9
|
Oh wait, they have spoiler tags on here now?
[spoiler](//#s"spoiler test")
D'oh, that would have saved me a couple of minutes.
| 0 |
[deleted]
| 1,318,513,642 |
t1_c2r5g6o
| null |
riddles
|
t3_laddk
|
c2r5nd7
|
Heh, I wondered about that myself.
| 2 |
JohnLeprechaun
| 1,318,515,357 |
t1_c2r5gd9
| null |
riddles
|
t3_lc9uk
|
c2rj15w
|
Fire?
| 9 |
kabukistar
| 1,318,621,608 |
t3_lc9uk
| null |
riddles
|
t3_lc9uk
|
c2rjoyi
|
I read the last line before I read any of the others, and that seems pretty obviously fire.
| 3 |
GAMEchief
| 1,318,625,888 |
t3_lc9uk
| null |
riddles
|
t3_lc9uk
|
c2rk4p3
|
Why would anyone ever do that?
| 1 |
[deleted]
| 1,318,629,028 |
t1_c2rjoyi
| null |
riddles
|
t3_lc9uk
|
c2rk56j
|
Thanks for the downvotes. I guess that wasn't riddle-y enough for the riddle club?
| 2 |
[deleted]
| 1,318,629,129 |
t3_lc9uk
| null |
riddles
|
t3_lc9uk
|
c2rk8gp
|
[deleted]
| 1 |
[deleted]
| 1,318,629,812 |
t1_c2rk56j
| null |
riddles
|
t3_lcoit
|
c2rlv2h
|
I think I need to brush up on my fruit trivia...
| 1 |
[deleted]
| 1,318,643,209 |
t3_lcoit
| null |
riddles
|
t3_lc9uk
|
c2rm4tt
|
Accidentally.
| 1 |
GAMEchief
| 1,318,645,659 |
t1_c2rk4p3
| null |
riddles
|
t3_lcoit
|
c2rnchz
|
i thought i posted the image link but i guess not. Here it is http://imgur.com/Devek
| 2 |
whoisTronGalt
| 1,318,656,953 |
t1_c2rlv2h
| null |
riddles
|
t3_lc9uk
|
c2rnh5d
|
Yeah, I think this is it as well.
| 1 |
JohnLeprechaun
| 1,318,658,519 |
t1_c2rj15w
| null |
riddles
|
t3_lcoit
|
c2rnhcv
|
That's... kinda weird. Budapest.
| 4 |
JohnLeprechaun
| 1,318,658,590 |
t3_lcoit
| null |
riddles
|
t3_lcxou
|
c2rp20y
|
classic, I've heard it as if 4 room mates each keep their own umbrella in the same basket by their door, what are the odds of just 3 of them drawing their own umbrella.
| 2 |
beatatarian
| 1,318,688,042 |
t3_lcxou
| null |
riddles
|
t3_lcxou
|
c2rp2m5
|
Ah, yeah. As with most riddles, there are many different variations.
| 1 |
JohnLeprechaun
| 1,318,688,280 |
t1_c2rp20y
| null |
riddles
|
t3_lcoit
|
c2rp304
|
I never would have figured that out on my own. But that's the coolest thing I've seen all week!
| 1 |
[deleted]
| 1,318,688,446 |
t1_c2rnhcv
| null |
riddles
|
t3_lcoit
|
c2rp3ef
|
I just don't understand why it had to be a fruit. >.>
| 1 |
JohnLeprechaun
| 1,318,688,596 |
t1_c2rp304
| null |
riddles
|
t3_ldajv
|
c2rwsel
|
Ooh, this one took me a while.
[spoiler](//#s"A fish.")
| 2 |
JohnLeprechaun
| 1,318,771,118 |
t3_ldajv
| null |
riddles
|
t3_ldajv
|
c2rx0w3
|
Very good!
| 1 |
[deleted]
| 1,318,774,575 |
t1_c2rwsel
| null |
riddles
|
t3_ldajv
|
c2rx1iv
|
Heh, thanks. I actually read it the day you posted it originally and it took me however long it's been to figure it out.
| 1 |
JohnLeprechaun
| 1,318,774,803 |
t1_c2rx0w3
| null |
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