instruction stringlengths 15 30k |
|---|
I go to (and I am in) many places
I know (and have) different faces
You may think about me every day
You may even need me to keep sane
I live around rockets in outer space
I am often talked about during a race
What am I? |
Very partial, but for at least some of the lines
>! We can make coherent sentences using various letter substitutions. All of the resulting sentences seem to be straightforward clues.
FERUPTEMEFVOLCANIMEFMATERIAMEFINVOLVEMEFIMEFAMEFINDOOMEFCHILDRENMEFGAMME
>! Replacing EF with spaces gives us FERUPTEM VOLCANIM MAT... |
Are you
>! Time
I go to (and I am in) many places
>! Time to go. Made it in time.
I know (and have) different faces
>! Clocks and watches have many different faces
You may think about me every day
>! What time is it? When do we have to be there?
You may even need me to keep sane
>! I need some time t... |
Given 25 different positive numbers, can you always choose two of them such that none of the other numbers equals either their sum or their difference?
All answers are welcome but brownie points to answers which are intuitive. An intuitive answer, according to me, is one that is not just easy to understand but als... |
Can we always choose 2 numbers from 25 numbers with the following properties? |
"Given 25 different positive numbers, can you always choose two of them such that none of the other numbers equals either their sum or their difference?"
All answers are welcome but brownie points to answers which are intuitive. An intuitive answer, according to me, is one that is not just easy to understand but a... |
"Given 25 different positive numbers, can you always choose two of them such that none of the other numbers equals either their sum or their difference?"
P.S: All answers are welcome but brownie points to answers which are intuitive. An intuitive answer, according to me, is one that is not just easy to understand ... |
I think I have answers so far to 8 of the 12 clues:
>! 1. LAVA
>! 2. BREWER
>! 3. *Not yet solved*
>! 4. BULLETED
>! 5. ORPHANAGE
>! 6. DIVERSION
>! 7. BLANK (or possibly SHUN, SNUB, or another synonym...)
>! 8. *Not yet solved*
>! 9. *Not yet solved*
>! 10. Possibly PORTION?
>! 11. CHE... |
<sup>*NB Edit currently in progress after big breakthrough thanks to @Deusovi in comments...*</sup>
Having solved 8 out of the 12 clues - and thanks to a very useful nudge from @Deusovi in the comments - it appears that each of the 12 strings in this puzzle can guide us towards:
>! **Nicknames of college basketba... |
<sup>*NB Edit currently in progress after big breakthrough thanks to @Deusovi in comments...*</sup>
Having solved 8 out of the 12 clues - and thanks to a very useful nudge from @Deusovi in the comments - it appears that each of the 12 strings in this puzzle can guide us towards:
>! **Nicknames of college basketba... |
<sup>*NB Edit currently in progress after big breakthrough thanks to @Deusovi in comments...*</sup>
Having solved 8 out of the 12 clues - and thanks to a very useful nudge from @Deusovi in the comments - it appears that each of the 12 strings in this puzzle can guide us towards:
>! **Nicknames of college basketba... |
<sup>*NB Edit currently in progress after big breakthrough thanks to @Deusovi in comments...*</sup>
Having solved 8 out of the 12 clues - and thanks to a very useful nudge from @Deusovi in the comments - it appears that each of the 12 strings in this puzzle can guide us towards:
>! **Nicknames of college basketba... |
If you hover your mouse over the time marked in the right-bottom corner of this post, then you will see a string showing the exact time that I post this question, which reads `2021-03-18 22:32:47Z`. See [this post](https://meta.stackexchange.com/questions/119627/how-do-i-tell-exactly-what-time-an-answer-was-posted) for... |
When should this question be answered? |
<sup>*Still a partial answer, but an incredibly detailed one with lots of progress!*</sup>
Having solved 8 out of the 12 clues - and thanks to a very useful nudge from @Deusovi in the comments - it appears that each of the 12 strings in this puzzle can guide us towards:
>! **Nicknames of college basketball teams*... |
Having 5 divisors means
>! that the number is exactly the fourth power of a prime number.
So what we need to do now is
>! write a program that goes through all primes after $^4\sqrt {20210318223247}$ and find the first one whose fourth power is a valid timestamp (has valid month, day, hour, minute, second).
... |
Having 5 divisors means
>! that the number is exactly the fourth power of a prime number.
So what we need to do now is
>! write a program that goes through all primes after $^4\sqrt {20210318223247}$ and find the first one whose fourth power is a valid timestamp (has valid month, day, hour, minute, second).
... |
Having 5 divisors means
>! that the number is exactly the fourth power of a prime number.
A standard number-theoretical way to observe this is
>! to look at the properties of [Number of Divisors function](https://mathworld.wolfram.com/DivisorFunction.html) $\sigma_0(n)$, specifically $$ \sigma_0(p_1^{e_1}p_2^{... |
<sup>*Still a partial answer, but an incredibly detailed one with lots of progress!*</sup>
Having solved 9 out of the 12 clues - and thanks initially to a very useful nudge from @Deusovi in the comments - it appears that each of the 12 strings in this puzzle can guide us towards:
>! **Nicknames of college basketb... |
"Given 25 different positive numbers, can you always choose two of them such that none of the other numbers equals either their sum or their difference?"
P.S:
1) I already know the answer through a source but am unable to understand it completely. In the link below, I am mentioning the part that I understood.... |
Here is a smaller puzzle from the set of domino puzzles, I call `DominoBrane`.
This uses 4-Dominoes (all the normal dominoes, minus any with a 5 or a 6).
1. Each domino must connect, as in the normal game, to it's neighbour
[0:3][3:3][3:1] etc and make a full circuit of all the 4-dominoes.
2. At each square... |
<sup>*Still a partial answer, but an incredibly detailed one with lots of progress!*</sup>
Having solved 10 out of the 12 clues - and thanks initially to a very useful nudge from @Deusovi in the comments - it appears that each of the 12 strings in this puzzle can guide us towards:
>! **Nicknames of college basket... |
<sub>This is in the spirit of the [What is a Word/Phrase™][1] series started by [JLee][2].
<hr>
If a word conforms to a special rule, I call it a **Oedipus Word™**.
Use the examples below to find the rule.
| Oedipus Words™ | Not Oedipus Words™ |
|:--------------:|:------------------:|
| FICTION |... |
> My name is Gabee and I
> live in Nebraska. Now,
> my friend Ito R. Caxti
> and I have thousands
> of like-new toys. So, um,
> Tue. eve we stopped at
> a mall where plastic
> pet giraffes rested
> in an aisle. “We each, uh,
> really shouldn’t own
> such possessions. No,
> thousands ... |
Alaiko did all the legwork and the OP gave pretty specific hints, so I don't want any credit for this, but it seems that if flag 2 is something like Yugoslavia (maybe an older flag-I see at least one green Yugoslavia flag on the internet, typo, or some other land starting with Y), we get:
>! YOU DID WELL
From:... |
Alaiko did all the legwork and the OP gave pretty specific hints, so I don't want any credit for this, but it seems that if flag 2 is something like Yugoslavia (maybe these names are interchangeable? I'm not very familiar with European political history. Or maybe an older flag-I see at least one green Yugoslavia flag o... |
Alaiko did all the legwork and the OP gave pretty specific hints, so I don't want any credit for this, but it seems that if flag 2 is something like Yugoslavia (maybe these names are interchangeable? I'm not very familiar with European political history. Or maybe an older flag-I see at least one green Yugoslavia flag o... |
<sub>*This is in the spirit of the What is a [Word™](https://puzzling.stackexchange.com/search?q=%22I+call+it%22+title%3A%22what+is%22+title%3Aword+is%3Aquestion)/[Phrase™](https://puzzling.stackexchange.com/search?q=%22I+call+it%22+title%3A%22what+is%22+title%3Aphrase+is%3Aquestion) series started by [JLee](https://pu... |
<sub>This is in the spirit of the [What is a Word/Phrase™][1] series started by [JLee][2] with a special brand of [Phrase™][3] and [Word™][4] puzzles.</sub>
If a Word conforms to a special rule, I call it God Word™.
Use the following examples to find the rule.
|God Words™|Not God Words™|
| :------: | :------:... |
<sub>This is in the spirit of the [What is a Word/Phrase™][1] series started by [JLee][2] with a special brand of [Phrase™][3] and [Word™][4] puzzles.</sub>
___
If a word satisfies a certain property, it is called a Ping Pong Word™. Find out what the rule is given the following examples.
|Ping Pong Words™|Not Pi... |
The writing seems very strange.
>! In fact, each line of it has *exactly* 18 letters in it. So it could help to remove the spaces, punctuation, and numbers, and just look at it as an 18-wide grid.
And there's another curious thing:
>! You may have already noticed that some of the names seem to hide animals in ... |
<sup>*Getting really rather close to the final answer, so not all that 'partial' an answer any more...!*</sup>
Having solved 10 out of the 12 clues - and thanks initially to a very useful nudge from @Deusovi in the comments - it appears that each of the 12 strings in this puzzle can guide us towards:
>! **Nicknam... |
Here's my silly approach (intuitiveness highly arguable, robustness somewhat dodgy too, entertainment value hopefully somewhat better):
To get started, let's label the numbers, from smallest to largest, with $x_1$ to $x_{25}$.
Then, we'll a... |
"Given 25 different positive numbers, can you always choose two of them such that none of the other numbers equals either their sum or their difference?"
P.S:
1) I already have seen the answer given at the source but am unable to understand it completely. In the link below, I am mentioning the original answer... |
Given above is the answer mentioned at the source , which I am not able to completely follow.
I understood, from the answer above, that the assumption that every two numbers have either their sum or their difference represented among the other... |
Given above is the answer mentioned at the source , which I am not able to completely follow.
I understood, from the answer above, that the assumption that every two numbers have either their sum or their difference represented among the other... |
Given above is the answer mentioned at the source, which I am not able to completely follow.
I understood, from the answer above, that the assumption that every two numbers have either their sum or their difference represented among the other ... |
Given above is the answer mentioned at the source, which I am not able to completely follow.
I understood, from the answer above, that the assumption that every two numbers have either their sum or their difference represented among the other ... |
Given above is the answer mentioned at the source, which I am not able to completely follow.
I understood, from the answer above, that the assumption that every two numbers have either their sum or their difference represented among the other ... |
Given above is the answer mentioned at the source, which I am not able to completely follow.
I understood, from the answer above, that the assumption that every two numbers have either their sum or their difference represented among the other ... |
i am still editing ...do not read yet
Given above is the answer mentioned at the source, which I am not able to completely follow.
I understood, from the answer above, that the assumption that every two numbers have either their sum or their d... |
<sup>This puzzle follows from the [Purple Periodic Puzzle](https://puzzling.stackexchange.com/questions/107514/the-purple-periodic-puzzle) and [Green Periodic Puzzle](https://puzzling.stackexchange.com/questions/107531/the-green-periodic-puzzle) (these puzzles are solved independently).</sup>
Yet another periodic ta... |
Given above is the answer mentioned at the source, which I am not able to completely follow.
I understood, from the answer given in the image above, that the assumption that every two numbers have either their sum or their difference represent... |
<sup>*Getting really rather close to the final answer, so not all that 'partial' an answer any more...!*</sup>
Having solved 11 out of the 12 clues - and thanks initially to a very useful nudge from @Deusovi in the comments - it appears that each of the 12 strings in this puzzle can guide us towards:
>! **Nicknam... |
"Given 25 different positive numbers, can you always choose two of them such that none of the other numbers equals either their sum or their difference?"
P.S:
1) Looking for various ways to solve the above question. Brownie points to answers which are intuitive. An intuitive answer, according to me, is one t... |
<sup>*Almost there now...!*</sup>
Having deciphered all 12 of the strings (and fully solved 11 of the 12 resulting clues) - and thanks initially to a very useful nudge from @Deusovi in the comments - it appears that each of these can guide us towards:
>! **Nicknames of college basketball teams**. Specifically - a... |
In this puzzle, when you click an arrow, all arrows immediately next to it (diagonally included), as well as the arrow you clicked itself rotate 90 degrees. The goal is to get all the of arrows to point in the same direction (say, upwards).
What's the name of, and solution to this puzzle? I tried googling "arrow r... |
What's the name of and solution to the puzzle where you have to rotate all arrows to point the same direction? |
I recently came across a certain question which I was not able to solve.
It was as follows:
$$ 7 \times 3 = 5 $$
$$ 9 \times 5 = 41 $$
$$ 15 \times 11 = ?? $$
Can you tell me the logic behind this? |
I recently came across a certain question which I was not able to solve.
It was as follows:
7 × 3 = 5
9 × 5 = 41
15 × 11 = ??
Can you tell me the logic behind this? |
Find the pattern of the following series: 7 × 3 = 5? |
In this puzzle, when you click an arrow, all arrows immediately next to it (diagonally included), as well as the arrow you clicked itself rotate 90 degrees. The goal is to get all the of arrows to point in the same direction (say, upwards).
What's the name of, and solution to, this puzzle? I tried googling "arrow ... |
Take the "normal" multiplication, and sum the squares of the digits?
Explicitly:
$7 \times 3 = 21; 2^2 + 1^2 = 5,$
$9 \times 5 = 45; 4^2 + 5^2 = 41$
and so
$15 \times 11 = 165; 1^2 + 6^2 + 5^2 = 62.$
Of course, with a question like this there's no way to know for sure that this is the definitive `ri... |
>! Take the "normal" multiplication, and sum the squares of the digits?
Explicitly:
>! $7 \times 3 = 21; 2^2 + 1^2 = 5,$
>! $9 \times 5 = 45; 4^2 + 5^2 = 41$
and so
>! $15 \times 11 = 165; 1^2 + 6^2 + 5^2 = 62.$
Of course, with a question like this there's no way to know for sure that this is the de... |
I'm playing a puzzle game called [boxentriq](https://www.boxentriq.com)
and in level 19 there is the following text:
>Launder, a cat insult, forbids
>flight, add I Mr "Secret Eli", a nub
>sir! Find book number five.
with Mona Lisa at the top.
I had no idea how to solve it (the answer will be some ... |
I found this on [a test](http://numericore.weebly.com/numericore-test.html), and it's under "Numerical sequences". I can't figure it out. I tried using the numbers of the alphabet: 1, 2, 9, 12, 1, 2. I don't see a clear pattern.
A,B,I,L,A,B,?
This has been solved by the great Rick Rosner.
It doesn't go by the ... |
I'm playing a puzzle game called [boxentriq](https://www.boxentriq.com)
and in level 19 there is the following text:
>Launder, a cat insult, forbids
>flight, add I Mr "Secret Eli", a nub
>sir! Find book number five.
with Mona Lisa at the top.
I had no idea how to solve it (the answer will be some ... |
I found this on [a test](http://numericore.weebly.com/numericore-test.html), and it's under "Numerical sequences". I can't figure it out. I tried using the numbers of the alphabet: 1, 2, 9, 12, 1, 2.
A, B, I, L, A, B,?
It doesn't go by the pattern ABIL ABIL ABIL... |
As OP is asking for intuition, here are a few pictures:
We can think of an ordered pair as a point in the plane. We can then visualise the sum by drawing a diagonal left up and looking at the y-intercept. Similarly, we can get the difference by drawing a diagonal left down:
[![enter image description here][1]][1]... |
As OP is asking for intuition, here are a few pictures:
We can think of an ordered pair as a point in the plane. We can then visualise the sum by drawing a diagonal left up and looking at the y-intercept. Similarly, we can get the difference by drawing a diagonal left down:
[![enter image description here][1]][1]... |
What's this code? I need help solving it! |
<sup>*Almost there now...! Just the final thematic solution word to pinpoint exactly...*</sup>
Now with all 12 of the strings deciphered and their resulting clues fully solved (and thanks initially to a very useful nudge from @Deusovi in the comments) it appears that each of these can guide us towards:
>! **Nickn... |
<sup>*Almost there now...! Just the final thematic solution word to pinpoint exactly...*</sup>
Now with all 12 of the strings deciphered and their resulting clues fully solved (and thanks initially to a very useful nudge from @Deusovi in the comments) it appears that each of these can guide us towards:
>! **Nickn... |
I have a cipher that I'm trying to decode. It's quite lengthy, so I started trying do do a simple substitution. I checked the frequency and noticed that every letter in the alphabet was used - and multiple times.
B 6.89%
X 5.47%
L 5.47%
U 5.28%
Z 5.09%
O 4.91%
N 4.81%
R 4.15%
E 3.9... |
<sup>An entry in [Fortnightly Topic Challenge #50: Escape Rooms](https://puzzling.meta.stackexchange.com/questions/7172/)</sup>
---
Your head is throbbing like mad. You try to get your bearings as you look around the laboratory. Shattered beakers and spilled chemicals are everywhere. Another failed experiment. Ho... |
<sup>An entry in [Fortnightly Topic Challenge #50: Escape Rooms](https://puzzling.meta.stackexchange.com/questions/7172/)</sup>
---
Your head is throbbing like mad. You try to get your bearings as you look around the laboratory. Shattered beakers and spilled chemicals are everywhere. Another failed experiment. Ho... |
I used a step-by-step Soduku solver for a puzzle in which I was stuck.
However I don't understand how the next number (6) was found.
Sudoku puzzle where I was stuck:
[![sudoku stuck][1]][1]
Sudoku puzzle solved by one step forward:
[![sudoku one step forward][2]][2]
The solver says the only candidate ... |
Why is the next Sudoku step a 6? |
I used a step-by-step Sudoku solver for a puzzle in which I was stuck.
However I don't understand how the next number (6) was found.
Sudoku puzzle where I was stuck:
[![sudoku stuck][1]][1]
Sudoku puzzle solved by one step forward:
[![sudoku one step forward][2]][2]
The solver says the only candidate ... |
I think the answer is
>! O_AL
Put a P, then Brahma, Vishnu and Shiva will turn a goddess into this.
>! OPAL
>! As far as I can tell, in Indian mythology, the Virgin Goddess of the Rainbow was turned into an opal by the Mother Goddess because Brahma, Vishnu, and Shiva were pursuing her.
Put an R, you speak it... |
UPDATED
The text following the bold letters seems to clue the following words:
>! David, Samoa, Tulip, Occam (credit Stiv), and Rolls
I am tempted to
>! Stick them in that box
But there is one too many words! So I got sucked into the cipher trail... but it led to dead ends. Then I tried using the flag... |
What is a Number Word™? |
The mathematician Stan Wagon built a tricycle with square wheels that can ride smoothly on a carefully crafted curved surface:
[![enter image description here][1]][1]
Now I have some puzzles for you:
1. Is there a surface that allows one to ride on triangular wheels?
2. Which wheels can ride smoothly on the f... |
The puzzle is as follows:
>Assume that you have three coins over a rectangular table as it is indicated in the picture from below. These three coins are identical in diameter which is 3 cm and tangent to each other. Suddenly a fourth coin coin equal to the previous ones in size and shape is made to roll tangentially... |
How many turns did the fourth coin made around the three over a table? |
The puzzle is as follows:
>Assume that you have this peculiar toy. This toy is composed by many plastic pieces which is shown in the figure from below, all of them are cubes. You can use as many as you please. The task is that with them you must make a figure similar to type 3. How many of these pieces at minimum yo... |
How to arrange a set of cubes to get a tower of two? |
The mathematician Stan Wagon built a tricycle with square wheels that can ride smoothly on a carefully crafted curved surface:
[![enter image description here][1]][1]
Now I have some puzzles for you:
1. Is there a surface that allows one to ride on triangular wheels?
2. Which wheels can ride smoothly on the f... |
This puzzle is a follow-up for [Does The Rubik’s Cube In This Painting Have A Solved State?][1]
**What is the most complicated illegal “partial state” possible for a Rubik’s Cube?**
To be more specific: a partial state is a configuration of 27 colours for three adjacent faces, such as shown below. A partial state... |
> If you find me in [chat](https://chat.stackexchange.com/) recently, you'll figure out the word "shchiekcemn" in this puzzle, which isn't all that important.
I got a shchiekcemn and I decided to create a roast. I gave it to a co-worker and gave her the clues. After some time, she told me I messed up.
For some co... |
The mathematician Stan Wagon built a tricycle with square wheels that can ride smoothly on a carefully crafted curved surface:
[![enter image description here][1]][1]
Now I have some puzzles for you:
1. Is there a surface that allows one to ride on triangular wheels?
2. Which wheels can ride smoothly on the f... |
You put two pieces of type 1 together to make a 2x3x2 brick.
>! You can then put one piece of type 2 on one end to make it a 2x4x2 brick. This is the shape we want, except that we haven't used any of the type 3 pieces. However, you can replace one of the type 1 pieces by three type 3 pieces.
>! So now you have a ... |
The mathematician Stan Wagon built a tricycle with square wheels that can ride smoothly on a carefully crafted curved surface:
[![enter image description here][1]][1]
Now I have some puzzles for you:
1. Is there a surface that allows one to ride on triangular wheels?
2. What are the smallest wheels that can r... |
The mathematician Stan Wagon built a tricycle with square wheels that can ride smoothly on a carefully crafted curved surface:
[![enter image description here][1]][1]
Now I have some puzzles for you:
1. Is there a surface that allows one to ride on triangular wheels?
2. Which wheels can ride smoothly on the f... |
The mathematician Stan Wagon built a tricycle with square wheels that can ride smoothly on a carefully crafted curved surface:
[![enter image description here][1]][1]
Now I have some puzzles for you:
1. Is there a surface that allows one to ride on triangular wheels?
2. Which wheels can ride smoothly on the f... |
The mathematician Stan Wagon built a tricycle with square wheels that can ride smoothly on a carefully crafted curved surface:
[![enter image description here][1]][1]
Now I have some puzzles for you:
1. Is there a surface that allows one to ride on triangular wheels?
2. Which wheels can ride smoothly on the f... |
The puzzle is as follows:
>Assume that you have this peculiar toy. This toy is composed by many plastic pieces which is shown in the figure from below, all of them are cubes. You can use as many as you please. The task is that with them you must make a figure similar to type 3. How many of these pieces at minimum yo... |
The puzzle is as follows:
>Assume that you have three coins over a rectangular table as it is indicated in the picture from below. These three coins are identical in diameter which is 3 cm and tangent to each other. Suddenly a fourth coin coin equal to the previous ones in size and shape is made to roll tangentially... |
This is in the spirit of the [What is a Word/Phrase™][1] series started by [JLee][2] with a special brand of [Phrase™][3] and [Word™][4] puzzles.
___
If a word satisfies a certain property, it is called a Flamenco Word™. Find out what the rule is given the following examples.
|Flamenco Words™|non-Flamenco Words™... |
What is a Flamenco Word™? |
<sub>(If you are not interested in the backstory, you can skip right to the picture.)</sub>
At https://puzzling.stackexchange.com/q/107966/36023, user [@happystar](https://puzzling.stackexchange.com/users/70146/happystar) asks a very interesting question about cubers' favourite pastime: instead of finding sloppily c... |
Can you give the value of **Puzzling StackExchange**?
>!No, I can't! ~ (;
>!Someone else might be able to, but not me! |
Can you give the value of **Puzzling StackExchange**?
>!No, I can't! ~ (; |
<sub>*This is in the spirit of the What is a [Word™](https://puzzling.stackexchange.com/search?q=%22I+call+it%22+title%3A%22what+is%22+title%3Aword+is%3Aquestion)/[Phrase™](https://puzzling.stackexchange.com/search?q=%22I+call+it%22+title%3A%22what+is%22+title%3Aphrase+is%3Aquestion) series started by [JLee](https://pu... |
<sub>*In the spirit of the What is a [Word™](https://puzzling.stackexchange.com/search?q=%22I+call+it%22+title%3A%22what+is%22+title%3Aword+is%3Aquestion)/[Phrase™](https://puzzling.stackexchange.com/search?q=%22I+call+it%22+title%3A%22what+is%22+title%3Aphrase+is%3Aquestion) series started by [JLee](https://puzzling.s... |
<sub>*In the spirit of the What is a [Word™](https://puzzling.stackexchange.com/search?q=%22I+call+it%22+title%3A%22what+is%22+title%3Aword+is%3Aquestion)/[Phrase™](https://puzzling.stackexchange.com/search?q=%22I+call+it%22+title%3A%22what+is%22+title%3Aphrase+is%3Aquestion) series started by [JLee](https://puzzling.s... |
_This puzzle is based off the [What is a Word™](https://puzzling.stackexchange.com/search?tab=relevance&q=what%20is%20a%20word%E2%84%A2) and [What is a Phrase™](https://puzzling.stackexchange.com/search?tab=relevance&q=what%20is%20a%20phrase%E2%84%A2) series started by [JLee](https://puzzling.stackexchange.com/users/46... |
<sub> Based on the [What is a Word/Phrase™][1], </sub>
----------
If a word conforms to a special rule, I call it a Scanning Word™.
Use the following examples below to find the rule.
| Scanning Words™ | Not Scanning Words™ |
|:-------------------:|:-------------------:|
| SECT | BLANK ... |
Can you give the value of **Puzzling StackExchange**?
>!No, I can't! ~ (;
Reasoning:
>!After viewing this problem, I noticed a loophole in the question. Instead of 'What is the value,' it asks '**Can** I give the value.' In response to my too-brief answer, @JKHA confirmed that my answer was correct, but said t... |
> If you find me in [chat](https://chat.stackexchange.com/) recently, you'll figure out the word "shchiekcemn" in this puzzle, which isn't all that important.
I got a shchiekcemn and I decided to create a roast. I gave it to a co-worker and gave her the clues. After some time, she told me I messed up.
For some co... |
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