Carrying A Tree Riddle
Hint:
Buttons, Scarf And A Carrot Riddle
If you go outside, in the summer, and see 3 buttons, a scarf and a carrot. Nobody put them there, yet there they lay. If no one put them down, what are they?
Hint:
Silver Fangs Riddle
With silver fangs it lies in wait.
With piercing force it doles out fate.
O'er bloodless victims proclaims its might,
conjoining them ever by only one bite.
It's a?
With piercing force it doles out fate.
O'er bloodless victims proclaims its might,
conjoining them ever by only one bite.
It's a?
Hint:
Christmas Carol Riddle
Hint:
A Man Needs A Map Riddle
Hint:
The Nearsighted Man Riddle
Hint:
A Small Step For Man Riddle
Saying Buzz Aldrin was first
To step foot here would be wrong
Because one small step for man
Was taken by Neil Armstrong
To step foot here would be wrong
Because one small step for man
Was taken by Neil Armstrong
Hint:
Jack's World Riddle
You are in a place called Jack's World and there is only one law. There is a mirror, but no reflection. There is pizza with cheese, but not sausage. There is pepper, but no salt. There is a door, yet no entrance or exit. What is the law?
Hint:
Everything (each word) in Jack's World must contain double letters. Did you answer this riddle correctly?
YES NO
YES NO
Pink House Riddle
Hint:
Open Wide Riddle
Hint:
Without Any Cars Riddle
Hint:
A Walk In The Desert Riddle
Four men walk into the desert. Suddenly all four are simultaneously knocked out. They awake buried to their heads in the sand unable to look anywhere but straight ahead. They are positioned so that each man sees another's head before him. However between the first and second man there is a separating wall.
So the first man sees only desert. The second man sees only wall. The third man sees another's head and a wall. The fourth man sees two heads and a wall. On top of each mans head is a hat. The underside of each cap is black, but the outside of each cap is either blue or white. Before any of the men can speak, their captors tell them if they speak, they die. However, if any of them can guess the color of their cap on the first try they go free. The captors tell them that there are two blue caps and two white caps.
Being an omniscient observer of the situation, we know that the order of the caps are: blue, white, blue, white. So knowing the perspective of each man in the sand, and that they can only see the color of caps/wall/desert in front of them, which of the four men knows for certain the color of his own cap. More importantly: why?
So the first man sees only desert. The second man sees only wall. The third man sees another's head and a wall. The fourth man sees two heads and a wall. On top of each mans head is a hat. The underside of each cap is black, but the outside of each cap is either blue or white. Before any of the men can speak, their captors tell them if they speak, they die. However, if any of them can guess the color of their cap on the first try they go free. The captors tell them that there are two blue caps and two white caps.
Being an omniscient observer of the situation, we know that the order of the caps are: blue, white, blue, white. So knowing the perspective of each man in the sand, and that they can only see the color of caps/wall/desert in front of them, which of the four men knows for certain the color of his own cap. More importantly: why?
Hint:
The third man. This is because he knows there are only two of each color cap. If the man behind him (the fourth man) saw two caps that were the same color in front of him, he would know that his own must be the opposite. However, because the caps alternate in color. The fourth man has only a 50% chance of getting his hat color correct, so therefore he stays quiet. The third man realizes that the fourth man is quiet because he must not see two caps of the same color in front of him, otherwise the fourth man would say the opposite of the caps in front of him. Therefore, the third man presumes his own cap must be the opposite of the mans in front of him, and his presumption is correct. Under this same logic, after the third man speaks his color hat, the second man, even though he sees only wall, would be the next to go free, because he knows his cap must be the opposite of whichever color the third mans cap was. Did you answer this riddle correctly?
YES NO
YES NO
A Man And Not A Man Riddle
There is a story that a man and not a man
Saw and did not see a bird and not a bird
Perched on a branch and not a branch
And hit him and did not hit him with a rock and not a rock.
How is this possible?
Saw and did not see a bird and not a bird
Perched on a branch and not a branch
And hit him and did not hit him with a rock and not a rock.
How is this possible?
Hint:
A eunuch who did not see well saw a bat perched on a reed and threw a pumice stone at him which missed. Did you answer this riddle correctly?
YES NO
YES NO
One Snowy Night Riddle
One snowy night, Sherlock Holmes was in his house sitting by a fire. All of a sudden a snowball came crashing through his window, breaking it. Holmes got up and looked out the window just in time to see three neighborhood kids who were brothers run around a corner.
Their names were John Crimson, Mark Crimson and Paul Crimson. The next day Holmes got a note on his door that read ? Crimson. He broke your window. Which of the three Crimson brothers should Sherlock Holmes question about the incident?
Their names were John Crimson, Mark Crimson and Paul Crimson. The next day Holmes got a note on his door that read ? Crimson. He broke your window. Which of the three Crimson brothers should Sherlock Holmes question about the incident?
Hint:
He should question Mark Crimson.
? = question MARK, so the note on the door reads Question Mark Crimson. He broke your window. Did you answer this riddle correctly?
YES NO
? = question MARK, so the note on the door reads Question Mark Crimson. He broke your window. Did you answer this riddle correctly?
YES NO
The Card Trick Riddle
A couple had to take shelter in a hotel for they could not proceed their journey in the rain. Having nothing to do at all, they started playing cards. Suddenly there was a short circuit and the lights went off. The husband inverted the position of 15 cards in the deck (52 cards normal deck) and shuffled the deck.
Now he asked his wife to divide the deck into two different piles which may not be equal but both of them should have equal number of cards facing up. There was no source of light in the room and the wife was unable to see the cards.
For a certain amount of time, she thought and then divided the cards in two piles. To the husbands astonishment, both of the piles had equal number of cards facing up.
How did she do it?
Now he asked his wife to divide the deck into two different piles which may not be equal but both of them should have equal number of cards facing up. There was no source of light in the room and the wife was unable to see the cards.
For a certain amount of time, she thought and then divided the cards in two piles. To the husbands astonishment, both of the piles had equal number of cards facing up.
How did she do it?
Hint:
The answer is very simple. All she had to do is take the fifteen cards from the top and reverse them. This would make another pile out of that and there will be two piles - one of 15 cards and one of 37 cards. Also both of them will have the same number of inverted cards.
Just think about it and if the mathematical explanation will help you understand better, here it is.
Assume that there were p inverted cards initially in the top 15 cards. Then the remaining 37 cards will hold 15-p inverted cards.
Now when she reverses the 15 cards on the top, the number of inverted cards will become 15-p and thus the number of inverted cards in both of the piles will become same. Did you answer this riddle correctly?
YES NO
Just think about it and if the mathematical explanation will help you understand better, here it is.
Assume that there were p inverted cards initially in the top 15 cards. Then the remaining 37 cards will hold 15-p inverted cards.
Now when she reverses the 15 cards on the top, the number of inverted cards will become 15-p and thus the number of inverted cards in both of the piles will become same. Did you answer this riddle correctly?
YES NO
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