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Guess#4: 314!
Why did the vector cross the road?
It wanted to be normal.
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Oddly enough:
Guess#1: 952 2c
Guess#2: 297 - 2c
Guess#3: 829 - 2b
Guess#4: 314 - 1c
To Mathsys: That would not have been the answer due to Guess 3 results. Still, You might have just wanted to narrow down the possibilities.
I'm thinking one should get this already
Last edited by JohnnyReinB (2008-02-25 23:23:22)
"There is not a difference between an in-law and an outlaw, except maybe that an outlaw is wanted" ![]()
Nisi Quam Primum, Nequequam
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Mathsy has narrowed down the possibilities and brilliantly done, too. Without his Guess#4, theres a chance that the game might stretch to 7 guesses. Guess#4 has ensured that the game will not extend beyond 6 guesses.
Guess#5: 129
On the other hand, without his Guess#4, there would have been a probability of 0.25 that the game could have ended in just 4 guesses! ![]()
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Hmm, let's see...
With Guess#4, the chances of the game ending at n guesses is:
4 - 0
5 - 0.75
6 - 0.25
7 - 0
(Because Guess#4 had a 0.5 chance of being 1B or 0, in which case guess#5 would have been certain. I got unlucky, but there's still a 0.5 chance that #5 will be right anyway)
If I'd made Guess#4 'normally', then the chances would be:
4 - 0.25
5 - 0.25
6 - 0.25
7 - 0.25
So that means that my way has a *slightly* better expected value of guesses needed.
Also a better worst case scenario, which is arguably more important.
Why did the vector cross the road?
It wanted to be normal.
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Well, whatever youve done, you are a genius. 
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Mathsy has narrowed down the possibilities and brilliantly done, too. Without his Guess#4, theres a chance that the game might stretch to 7 guesses. Guess#4 has ensured that the game will not extend beyond 6 guesses.
Guess#5: 129
On the other hand, without his Guess#4, there would have been a probability of 0.25 that the game could have ended in just 4 guesses!
I am not good at this!
Guess 5: 3b!
I guess you won, with special mentions to Mathsys
"There is not a difference between an in-law and an outlaw, except maybe that an outlaw is wanted" ![]()
Nisi Quam Primum, Nequequam
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No one?
Okay, I thought of another one... Gud luck!
"There is not a difference between an in-law and an outlaw, except maybe that an outlaw is wanted" ![]()
Nisi Quam Primum, Nequequam
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Guess#1: 357
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Guess 1: 357: 1C
"There is not a difference between an in-law and an outlaw, except maybe that an outlaw is wanted" ![]()
Nisi Quam Primum, Nequequam
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Guess#1: 357 (1c)
Guess#2: 831
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Guess#1: 357 (1c)
Guess#2: 831(nil)
"There is not a difference between an in-law and an outlaw, except maybe that an outlaw is wanted" ![]()
Nisi Quam Primum, Nequequam
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Guess#1: 357 (1c)
Guess#2: 831 (nil)
Guess#3: 596
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Guess#1: 357 (1c)
Guess#2: 831 (nil)
Guess#3: 596 (2c)
"There is not a difference between an in-law and an outlaw, except maybe that an outlaw is wanted" ![]()
Nisi Quam Primum, Nequequam
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Guess#1: 357 (1c)
Guess#2: 831 (nil)
Guess#3: 596 (2c)
Guess#4: 645
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Guess#1: 357 (1c)
Guess#2: 831 (nil)
Guess#3: 596 (2c)
Guess#4: 645 (2b)
"There is not a difference between an in-law and an outlaw, except maybe that an outlaw is wanted" ![]()
Nisi Quam Primum, Nequequam
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Guess 5: 625.
(I believe the reply to this guess will be enough to get a definite answer.)
Why did the vector cross the road?
It wanted to be normal.
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Guess#1: 357 (1c)
Guess#2: 831 (nil)
Guess#3: 596 (2c)
Guess#4: 645 (2b)
Guess#5: 625 (3b)
I am not good at this one!
Mathsys wins, with special mention to Jane
"There is not a difference between an in-law and an outlaw, except maybe that an outlaw is wanted" ![]()
Nisi Quam Primum, Nequequam
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My turn!
Why did the vector cross the road?
It wanted to be normal.
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Guess#1: 102
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#1: 102 (1c)
Why did the vector cross the road?
It wanted to be normal.
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Guess#1: 102 (1c)
Guess#2: 314
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Haha, nice guess. Wrong though. ![]()
#1: 102 (c)
#2: 314 (bc)
Why did the vector cross the road?
It wanted to be normal.
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Guess#1: 102 (1c)
Guess#2: 314 (1b,1c)
Guess#3: 513
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Guess #5: 402
P.S. I'm not good at this!
"There is not a difference between an in-law and an outlaw, except maybe that an outlaw is wanted" ![]()
Nisi Quam Primum, Nequequam
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#1: 102 (c)
#2: 314 (bc)
#3: 513 (b)
#4: 402 (b)
Fun fact: Knowing the answers to the first three, the answer to the fourth can be deduced.
#4 was guessed before #3 was answered though, so it wasn't a bad guess.
Why did the vector cross the road?
It wanted to be normal.
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