The Family Murder Riddle
One evening there was a murder in the home of married couple, their son and daughter. One of these four people murdered one of the others. One of the members of the family witnessed the crime.
The other one helped the murderer.
These are the things we know for sure:
1. The witness and the one who helped the murderer were not of the same sex.
2. The oldest person and the witness were not of the same sex.
3. The youngest person and the victim were not of the same sex.
4. The one who helped the murderer was older than the victim.
5. The father was the oldest member of the family.
6. The murderer was not the youngest member of the family.
Who was the murderer?
The other one helped the murderer.
These are the things we know for sure:
1. The witness and the one who helped the murderer were not of the same sex.
2. The oldest person and the witness were not of the same sex.
3. The youngest person and the victim were not of the same sex.
4. The one who helped the murderer was older than the victim.
5. The father was the oldest member of the family.
6. The murderer was not the youngest member of the family.
Who was the murderer?
Hint:
We know from (3) that the youngest person was not the victim, from (4) that the youngest person was not the helper and from (6) that the youngest person was not the killer. The youngest person can only have been the witness therefore. If we make up a chart there are now three possible combinations:
Oldest person (father) H H M
Next to oldest (mother) V M H
Next to youngest (son) M V V
Youngest (daughter) W W W
(H = Helper ; V = Victim ; M = Murderer ; W = Witness)
We can work out from (5) that the father was the oldest, from (2) that the youngest person must have been the daughter. Therefore the next to the youngest must have been the son and the next to the oldest, the mother.
Of three possibilities: the first is impossible (from (3) the youngest person and the victim were of different sexes); the third is also impossible (from (1) the witness and the helper were of different sexes). Therefore only the second possibility holds and the mother was the murderess Did you answer this riddle correctly?
YES NO
Oldest person (father) H H M
Next to oldest (mother) V M H
Next to youngest (son) M V V
Youngest (daughter) W W W
(H = Helper ; V = Victim ; M = Murderer ; W = Witness)
We can work out from (5) that the father was the oldest, from (2) that the youngest person must have been the daughter. Therefore the next to the youngest must have been the son and the next to the oldest, the mother.
Of three possibilities: the first is impossible (from (3) the youngest person and the victim were of different sexes); the third is also impossible (from (1) the witness and the helper were of different sexes). Therefore only the second possibility holds and the mother was the murderess Did you answer this riddle correctly?
YES NO
Changed But Not Rewritten
I can be repeated,
But often not in the same way.
I can't be changed,
But can be rewritten.
I can be forgotten,
And can also be lost with death.
My first is in horses,
But not in ponies.
My last is in pretty,
But not in beautiful.
What am I?
But often not in the same way.
I can't be changed,
But can be rewritten.
I can be forgotten,
And can also be lost with death.
My first is in horses,
But not in ponies.
My last is in pretty,
But not in beautiful.
What am I?
Hint:
A Heart That Never Beats
I have a heart that never beats,
I have a home but I never sleep.
I can take a man's house and build another's,
And I love to play games with my many brothers.
I am a king among fools.
Who am I?
I have a home but I never sleep.
I can take a man's house and build another's,
And I love to play games with my many brothers.
I am a king among fools.
Who am I?
Hint: It's part of a game.
X-Ray Dummy Riddle
Hint:
There Was A Theft On A Snowy Day Riddle
There was a theft on a snowy day, but everyone claimed that they were home. One of them was lying. Who is the thief?
Hint:
Rick!
If you see the Ricks house driveway you can clearly see the difference. He was not at home and he has parked his car after the snow fall. Did you answer this riddle correctly?
YES NO
If you see the Ricks house driveway you can clearly see the difference. He was not at home and he has parked his car after the snow fall. Did you answer this riddle correctly?
YES NO
Joe's 10 Coins Riddle
Joe has ten coins totaling $1.19. From these coins, he cannot make exact change for a dollar, half-dollar, quarter, dime, or nickel.
What are the coins?
What are the coins?
Hint:
Into The Woods
I went into the woods and got it. I sat down to seek it. I brought it home with me because I couldn't find it. What is it?
Hint:
Adriano De Armado's Servant Riddle
Moth, Adriano de Armado's servant in "Loves Labours Lost", riddles with his foolish master. He will carry the message:
"ADRIANO DE ARMADO: The way is but short: away!
MOTH: As swift as ____, sir."
What is missing?
"ADRIANO DE ARMADO: The way is but short: away!
MOTH: As swift as ____, sir."
What is missing?
Hint:
Dinner Disaster Riddle
After a hard days work you return home to make dinner. Suddenly the house goes up in flames and you never make it out. How did the house catch fire?
Hint:
You are a smoker and as soon as you turned on the gas the gas ignited and burned the house. Did you answer this riddle correctly?
YES NO
YES NO
Cranberry Sauce And Pumpkin Pie
Thirty days of autumn bliss
I hold the holiday you won't want to miss
The home of cranberry sauce and pumpkin pie
Which month of the year am I?
I hold the holiday you won't want to miss
The home of cranberry sauce and pumpkin pie
Which month of the year am I?
Hint:
Logs Aflame Riddle
This can be found working inside some homes during the winter months
But can you work out its name?
Surrounded by a mantelpiece
It has logs that are aflame
But can you work out its name?
Surrounded by a mantelpiece
It has logs that are aflame
Hint:
Intertwining Dimensions Riddle
More than just a double triangle, I intertwine the internal and external dimensions of God, Torah and Israel. What am I?
Hint:
Santa's Treat
Hint:
A Blazing Invention
Hint:
Fastest Horse Riddle
The London Racetrack needs to submit its 3 fastest horses to the Kentucky Derby out of 25 horses. However, all of their information was lost and they don't know any of the horse's times. Similarly, they all look identical so they can't remember who's fastest.
They can only race 5 horses at once, so what is the fewest number of races they can conduct to find the 3 fastest horses?
They can only race 5 horses at once, so what is the fewest number of races they can conduct to find the 3 fastest horses?
Hint:
First you divide the 25 horses into 5 groups of 5. You conduct the 5 races and take all of the fastest horses in those races and have a race with them, giving you the fastest horse. Then you take the remaining 24 horses (excluding the fastest) and remove the 4th and 5th horses in the first set of 5 races (since they definitely have 3 horses faster than them), leaving you with 14 horses. Next you can remove all of the horses that were beat in the preliminary race by the horses that got 4th and 5th in the championship race, leaving you with 8 horses. Finally, you can remove the horses that remain that lost to the 3rd place horse in the final race in the preliminary race and the horse that got 3rd in the preliminary to the horse that got 2nd in the championship race, leaving you with 5 horses.
You can then run a final race where the 1st and 2nd place horses are the 2nd and 3rd fastest. Then you know the 3 fastest horses. Did you answer this riddle correctly?
YES NO
You can then run a final race where the 1st and 2nd place horses are the 2nd and 3rd fastest. Then you know the 3 fastest horses. Did you answer this riddle correctly?
YES NO
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