Riddle Me This
Started by
cheyenne 09
, Sep 22 2006 03:50 PM
#376
Posted 04 January 2007 - 02:50 PM
#377
Posted 04 January 2007 - 02:57 PM
.....oh why not...hehehe
technically there's 3 answers
technically there's 3 answers
- 9:00 a.m. (because i said at the same time...so the train would wait till 9 to leave)
- 6:00 a.m (because at 9:00 a.m. in New york it's 6 am in L.A. and if they left at the exact same time and not at the same time on a clock )
- what train? i don't see no train?
#378
Posted 04 January 2007 - 03:25 PM
Ok I guess my turn is now...
There is one light bulb in a room, and three light switches outside the room. You are outside, and want to know which switch match with the light bulb. You can only travel into the room once, and cannot come back in again. You can not see a light shine if you are not in the room. You can do anything you want upon entering the room. How can you set the situation so that you will know which switch goes with the light bulb?
There is one light bulb in a room, and three light switches outside the room. You are outside, and want to know which switch match with the light bulb. You can only travel into the room once, and cannot come back in again. You can not see a light shine if you are not in the room. You can do anything you want upon entering the room. How can you set the situation so that you will know which switch goes with the light bulb?
#379
Posted 06 January 2007 - 03:11 PM
Hmm it seems this is riddle is difficult, I'll give some hints.
what happens with a lightbulb when it is switched on. Beside it gives light.
This may be a bit confusing. I meant to say that you can't recognize the light of the lightbulb when you are outside the room, but you see the switches and the room without the light of the lightbulb.
Thunderbird1988
what happens with a lightbulb when it is switched on. Beside it gives light.
You can not see a light shine if you are not in the room.
This may be a bit confusing. I meant to say that you can't recognize the light of the lightbulb when you are outside the room, but you see the switches and the room without the light of the lightbulb.
Thunderbird1988
Edited by Thunderbird1988, 06 January 2007 - 03:12 PM.
#380
Posted 06 January 2007 - 03:28 PM
hmmmm....
You turn on one light switch and leave it on for a few minutes. Then you turn it off, and turn on another one and walk in the room. The one that was on for a few minutes would be hot/warm, and then there would be one that is on, and then one that is off. That would let you know which is which.
-Silenced Message
You turn on one light switch and leave it on for a few minutes. Then you turn it off, and turn on another one and walk in the room. The one that was on for a few minutes would be hot/warm, and then there would be one that is on, and then one that is off. That would let you know which is which.
-Silenced Message
#381
Posted 06 January 2007 - 03:35 PM
That's the correct answer
#382
Posted 06 January 2007 - 03:43 PM
I think that was about the first on I was able to figure out
There was a green house.
Inside the green house there was a white house
Inside the white house there was a red house.
Inside the red house there were lots of babies.
What is it?
There was a green house.
Inside the green house there was a white house
Inside the white house there was a red house.
Inside the red house there were lots of babies.
What is it?
#383
Posted 06 January 2007 - 04:55 PM
Could it be .... A watermelon
#384
Posted 06 January 2007 - 05:10 PM
Watermelon it is Cheyenne! Sorry I could not find a better one... we are starting to run out of options for riddles here
You are up!
-Silenced Message
You are up!
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#385
Posted 06 January 2007 - 05:20 PM
Good One silencedmessage .... The key thing to Remember is to try and Find Different Sorts Not always easy i Know Thank you.
Lets Try This One
A large tribe obeys a strict reproductive custom.
All families continue having children until they have a girl,
and then they stop having more children.
Assume it is equally likely for a given birth to produce a girl or boy,
and assume families can have any number of children
so they always do get one girl eventually.
In the 10th generation, what is the expected ratio of males to females?
Also, what is the expected population size of the 10th generation relative to the 1st?
Lets Try This One
A large tribe obeys a strict reproductive custom.
All families continue having children until they have a girl,
and then they stop having more children.
Assume it is equally likely for a given birth to produce a girl or boy,
and assume families can have any number of children
so they always do get one girl eventually.
In the 10th generation, what is the expected ratio of males to females?
Also, what is the expected population size of the 10th generation relative to the 1st?
#386
Posted 13 January 2007 - 04:48 AM
Sorry i haven't Checked back but my car was vandalized and i have been spending my spare time trying to get it fixed.
Well here is the Answer to This Riddle
The male to female ratio is 50/50. The odds of each new baby are always 50/50, and a rule for when families stop having children does not affect those odds.
The population size also stays the same, because there are 2 children per family on the average. They all have 1 girl, and the boy/girl ratio is 50/50 so they must also have an average of 1 boy.
Another way to calculate this is as follows: All families have 1 girl. Prior to that, 1/2 of the families also have at least one boy, 1/4 have another boy, 1/8 have another, etc. The sum of the series (1/2 + 1/4 + 1/8 + 1/16...) equals 1. So on the average its just 1 girl and 1 boy.
So anyone can Post a Riddle now
Thank You
Well here is the Answer to This Riddle
The male to female ratio is 50/50. The odds of each new baby are always 50/50, and a rule for when families stop having children does not affect those odds.
The population size also stays the same, because there are 2 children per family on the average. They all have 1 girl, and the boy/girl ratio is 50/50 so they must also have an average of 1 boy.
Another way to calculate this is as follows: All families have 1 girl. Prior to that, 1/2 of the families also have at least one boy, 1/4 have another boy, 1/8 have another, etc. The sum of the series (1/2 + 1/4 + 1/8 + 1/16...) equals 1. So on the average its just 1 girl and 1 boy.
So anyone can Post a Riddle now
Thank You
#387
Posted 26 January 2007 - 01:16 PM
A Nice Short one
Before Mount Everest was discovered,
what was the highest mountain on Earth
Before Mount Everest was discovered,
what was the highest mountain on Earth
#388
Posted 27 January 2007 - 08:10 AM
Mt Everest!
#389
Posted 27 January 2007 - 11:30 AM
yup your up frantique
#390
Posted 28 January 2007 - 01:09 AM
What's brown and sticky?
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