$\left\lceil{\left(\left(2-1\right)^{19}+5\right)^{\left(\frac{20-23-5+14}{\left(\cos\left(\cos\left(\sin\left(\sqrt{\ln\left(\ln\left(\frac{20-\sqrt{25}\cdot19}{9-24}\right)\right)}\right)\right)\right)\right)}\right)}}\right \rceil$
What word is conveyed by this math expression?
the answer is a 4-letter word. good luck, i will not be giving any hints.
this puzzle is very old but i just found out about this website so i might as well post this here so that it wont remain unsolved anymore. the puzzle is solved using only the image (no clues to the puzzle in title or descr...
This is an unsolved puzzle from a weekly event. The answer is six letters long.
bin≡↔:179546212709,18560270954,1424144309585
smore:TTTTSRRRIIQQFFFVVVVEEEIGGDDDNNNNRREEEA
{┐┌;Z&N!X&P∩H!M∩J;'H'!½#P;ꗝ೨ኬ←ᱛ߸;"^!∩_"!a;}!ኸ
*@!(%^S^!)#&^H*%)%@!&(#*!!)^I$()%@@F*@#%!*T"
OQ1GFvZ#aW1n!9G7t...
What simple compound is precious to life and encodes the total number of elements?
What other thing does it code and is revered by some as precious to life?
Accepted solution should show how the second thing refers to the first.
As we all know there are millions of rubix cube combinations possible. If I have two 3×3 rubix cubes both are scrambled, I want to make one scrambled cube exactly same as another without solving them? Can it possible? Is there any algorithm that can solve this problem using computer programs.
Alice and Bob take turns to mark points in $\mathbb{R^2}$ (i.e. infinite 2D plane). Alice can only mark $1$ point on her turn, while Bob can mark $4$ points. They're free to mark their points anywhere as long as they don't overwrite a previous one. If any three points Alice has placed form the ve...
@LukasRotter You can put text before the <pre>, but not after it. (But I seem to remember that that used to work. I'm quite fond of ASCII-sketches in a monospaced font and <pre> always was an easy option for spoilers, if I remember correctly.)
Let's have an 8x8 GRID to be filled with trominoes of 3 different colors. There are 7 trominoes of each color. Trominoes of the same color are not allowed to touch side-to-side anywhere.
In the presented example, there is an empty square in the position B3; trominoes of the same color touch corne...
INTERACTIVE SOLVING WEBSITE
For help/rules on solving, please look at the website's "help" section, which lists fillomino rules. Please use the website to solve the puzzle unless you are unable to. Post a screenshot of the finished puzzle in your answer.
What word is displayed by these seven clues?
This is an unsolved puzzle from a weekly event. The answer is six letters long.
bin≡↔:179546212709,18560270954,1424144309585
smore:TTTTSRRRIIQQFFFVVVVEEEIGGDDDNNNNRREEEA
{┐┌;Z&N!X&P∩H!M∩J;'H'!½#P;ꗝ೨ኬ←ᱛ߸;"^!∩_"!a;}!ኸ
*@!(%^S^!)#&^H*%)%@!&(#*!!)^I$()%@@F*@#%!*T"
OQ1GFvZ#aW1n!9G7t...
What simple compound is precious to life and encodes the total number of elements?
What other thing does it code and is revered by some as precious to life?
Accepted solution should show how the second thing refers to the first.
As we all know there are millions of rubix cube combinations possible. If I have two 3×3 rubix cubes both are scrambled, I want to make one scrambled cube exactly same as another without solving them? Can it possible? Is there any algorithm that can solve this problem using computer programs.
