@msh210 i see, thanks! i think T for thailand is a pretty odd choice, you'd think it would naturally be TH since no other country starts with TH and many start with T
I am developing a game that generates puzzles every day. It's my opinion that these puzzles are like Einstein's Riddle in 1D.
Two weeks later, it will generate the following puzzle for players looking for a challenge:
2023-12-21 Q1(m=6)
Rearrange the digits in ⟨1263045⟩ to meet the rules below.
...
I've been watching Only Connect, and have come to the realization that I have absolutely no idea which American /æ/s Brits pronounce as /æ/ and which they pronounce as /ɑ/. (For example, I was mildly surprised to discover that can't and cant aren't homophones in British English.)
(And therefore Anne Boleyn and amble in may differ in the initial vowel for Brits, for all I know. But they're homophones for me, anyway.)
i can't imagine either anne or amble with the /ɑ/ but i'm probably more confused about that issue than either of you
i think in game of thrones they have words (like "bastard", iirc) that the upper-class characters pronounce with an /ɑ/ and working-class ones with an /æ/... again no idea how well that reflects actual british usage, if at all
surely the prisoner this time is WALTER RALEIGH somehow
Bon Venndredi,
the three overlapping ellipses create seven disjoint regions. Each ellipse represents an as yet unknown category. Your job is to place the tiles in the regions and deduce the categories. One is already placed for you
The following text describes the method used to encipher it.
Ssatnntloe-lree-itgaiima-t-odto-tl,hchaenisoa-a-oitnpsnefenf-p-coigtlxilon--letdnrhitC-iar-ae-reamralcppi-pttfp-dpt-ehrneWeaet-oet-nscewee-lgoeeuehbihrt--aescne-hroftia---lxeee.nnieanhbrh-sta-aca-mde-etce-oefn-nniarfeestt-x-p.sptl-prtt...
This puzzle is part of the Puzzling Stack Exchange Advent Calendar 2023. The accepted answer to this question will be awarded a bounty worth 50 reputation.< Previous Door Next Door >
Mrs. Claus needs help with a gift for Santa. Every year, Santa complains that his legs get too cold when he flies ...
Randomly choose a number from 1 to 3 and call it $a_1$;
Randomly choose a number from 1 to 3$a_1$ and call it $a_2$;
Randomly choose a number from 1 to 3$a_2$ and call it $a_3$;
$\cdots$
Repeat this process ad infinitum to get a sequence $s=a_1,a_2,a_3,...$
Question: does $s$ contain the number 1...