Answer Time
43011000016e0010000079011011117500100000640110010163
0110100170011010006501110010200111010068011010017300111111
Yeah- it's meaningless numbers you randomly typed.
No, it isn't. I guess you can't do it. All the clues are there.
EDIT: I can give a clue if it's too hard?
It's actually pretty simple and you should, having as much knowledge as yourself, be able to solve it just using the patterns found in the string. Seeing as though you're finding it a little tough here's a clue: hexadecimal|binary=ascii. That should be all you need to solve it.
EDIT: amended the clue to make it even simpler.
Okay, so it should be relatively obvious that there is a pattern in the string: we have a series of numbers and a single letter; most of the numbers are either a 1 or a 0; the 1 or 0 parts seem to be 8 digits long; the non-0 and non-1 numbers seem to be 2 digits long. Using this information we can split the string to make it a little easier to work with:
43 01100001 6e 00100000 79 01101111 75 00100000 64 01100101 63 01101001 70 01101000 65 01110010 20 01110100 68 01101001 73 00111111
From this we can now infer that the series of 8 digits made up of 0 or 1 are probably binary (base 2). Also, the series 2 digits that can include non-0, non-1 and alphabetic characters are possibly hexadecimal (base 16). Although it is true that this second series may be another base greater than 10, but as hex is a common >10 base we'll stick with that until we can discard it if it doesn't work and use a different base. My clue actually does specify binary and hex to make this even simpler.
So, we have a sequence of numbers consisting of 8 digit binary and 2 digit (a letter is a digit in this instance) hexadecimal. The maximum number, in decimal (base 10) that can be specified with 8 digit binary (00000000 to 11111111) and 2 digit hex (00 to FF) is 255 (256 numbers, from from 0 to 255). What do we know that uses 256 characters? ASCII!
We can now convert the binary and hexadecimal to decimal. There are sites (http://www.binaryhexconverter.com) that will do this for you and most calculators will also do it:
43 01100001 6e 00100000 79 01101111 75 00100000 64 01100101 63 01101001 70 01101000 65 01110010 20 01110100 68 01101001 73 00111111
Becomes:
67 97 110 32 121 111 117 32 100 101 99 105 112 104 101 114 32 116 104 105 115 63
We can now convert this to ASCII. ASCII tables are available online (http://www.asciitable.com/). Actually, the step to convert hex and binary to decimal can really be ignored and we could convert directly from hex and binary to ASCII but how much fun would that be?
67 97 110 32 121 111 117 32 100 101 99 105 112 104 101 114 32 116 104 105 115 63
C a n y o u d e c i p h e r t h i s ?
Remove the spaces and you get the answer (and the question!):
Can you decipher this?
There is no real mathematics involved apart from knowledge of bases other than decimal.
_________________
Diagnosed: Asperger's Syndrome (ICD-10)
Self-Diagnosed: Aphantasia
Your neurodiverse (Aspie) score: 152 of 200
Your neurotypical (non-autistic) score: 46 of 200
Listener of all things noisy, viewer of all things bloody, writer of all things sh*t.
43011000016e0010000079011011117500100000640110010163
0110100170011010006501110010200111010068011010017300111111
Yeah- it's meaningless numbers you randomly typed.
No, it isn't. I guess you can't do it. All the clues are there.
EDIT: I can give a clue if it's too hard?
It's actually pretty simple and you should, having as much knowledge as yourself, be able to solve it just using the patterns found in the string. Seeing as though you're finding it a little tough here's a clue: hexadecimal|binary=ascii. That should be all you need to solve it.
EDIT: amended the clue to make it even simpler.
Okay, so it should be relatively obvious that there is a pattern in the string: we have a series of numbers and a single letter; most of the numbers are either a 1 or a 0; the 1 or 0 parts seem to be 8 digits long; the non-0 and non-1 numbers seem to be 2 digits long. Using this information we can split the string to make it a little easier to work with:
43 01100001 6e 00100000 79 01101111 75 00100000 64 01100101 63 01101001 70 01101000 65 01110010 20 01110100 68 01101001 73 00111111
From this we can now infer that the series of 8 digits made up of 0 or 1 are probably binary (base 2). Also, the series 2 digits that can include non-0, non-1 and alphabetic characters are possibly hexadecimal (base 16). Although it is true that this second series may be another base greater than 10, but as hex is a common >10 base we'll stick with that until we can discard it if it doesn't work and use a different base. My clue actually does specify binary and hex to make this even simpler.
So, we have a sequence of numbers consisting of 8 digit binary and 2 digit (a letter is a digit in this instance) hexadecimal. The maximum number, in decimal (base 10) that can be specified with 8 digit binary (00000000 to 11111111) and 2 digit hex (00 to FF) is 255 (256 numbers, from from 0 to 255). What do we know that uses 256 characters? ASCII!
We can now convert the binary and hexadecimal to decimal. There are sites (http://www.binaryhexconverter.com) that will do this for you and most calculators will also do it:
43 01100001 6e 00100000 79 01101111 75 00100000 64 01100101 63 01101001 70 01101000 65 01110010 20 01110100 68 01101001 73 00111111
Becomes:
67 97 110 32 121 111 117 32 100 101 99 105 112 104 101 114 32 116 104 105 115 63
We can now convert this to ASCII. ASCII tables are available online (http://www.asciitable.com/). Actually, the step to convert hex and binary to decimal can really be ignored and we could convert directly from hex and binary to ASCII but how much fun would that be?
67 97 110 32 121 111 117 32 100 101 99 105 112 104 101 114 32 116 104 105 115 63
C a n y o u d e c i p h e r t h i s ?
Remove the spaces and you get the answer (and the question!):
Can you decipher this?
There is no real mathematics involved apart from knowledge of bases other than decimal.
That excercise you just did "does not involve math"????



Okay. If you say so.
But math or not it was good. (applause).



Okay. If you say so.
But math or not it was good. (applause).
Thank you! It's a shame that Anon_92 thought it was "meaningless numbers you randomly typed" and didn't have a go at solving it.
_________________
Diagnosed: Asperger's Syndrome (ICD-10)
Self-Diagnosed: Aphantasia
Your neurodiverse (Aspie) score: 152 of 200
Your neurotypical (non-autistic) score: 46 of 200
Listener of all things noisy, viewer of all things bloody, writer of all things sh*t.
The story goes that upon Hippasus discovering the irrational number, the purist mathematician, Pythagoras killed him by throwing him overboard a ship.
However, do irrational numbers actually exist in reality (as measurements, assuming proper measurement gear)?
For example, why or why not does the hypotenuse of this triangle (of definite length) have an indefinite calculated length, or are we mistaken that physical objects may not have a definite length ?
You can find different POVs here.
https://math.stackexchange.com/question ... in-reality
https://www.quora.com/Do-irrational-numbers-exist
lostonearth35
Veteran

Joined: 5 Jan 2010
Age: 51
Gender: Female
Posts: 13,362
Location: Lost on Earth, waddya think?
43011000016e0010000079011011117500100000640110010163
0110100170011010006501110010200111010068011010017300111111
Yeah- it's meaningless numbers you randomly typed.
No, it isn't. I guess you can't do it. All the clues are there.
EDIT: I can give a clue if it's too hard?
When why don't you just explain what it means in a new thread since you already know... other Aspies want to know this.
And shouldn't the questions being asked be ones that can't be googled for the answer?
So far liveandrew asked the best question.
To which Anon_92 gave the worst possible answer.
Even I could tell that wasn't a meaningless string of numbers and I'm basically intellectually disabled when it comes to any form of mathematics.
The questions are not for me to answer but for YOU to then share it with Aspies. I am just telling you it's OK to be smart.

http://zodiackillerciphers.com/wiki/ind ... ter_cipher
The madman is an Aspie gone mad and you guys can decipher it if you want to, but it's too complicated to do... better the Zodiac just confesses.
And shouldn't the questions being asked be ones that can't be googled for the answer?
So far liveandrew asked the best question.
To which Anon_92 gave the worst possible answer.
Even I could tell that wasn't a meaningless string of numbers and I'm basically intellectually disabled when it comes to any form of mathematics.
The questions are not for me to answer but for YOU to then share it with Aspies. I am just telling you it's OK to be smart.
Of course that's not what you said in your original post. Not that it really matters any.
Also if you're going for a poor man's version of Reddit's PhD_in_everything, you need to step it up quite a bit more.
43011000016e0010000079011011117500100000640110010163
0110100170011010006501110010200111010068011010017300111111
Yeah- it's meaningless numbers you randomly typed.
No, it isn't. I guess you can't do it. All the clues are there.
EDIT: I can give a clue if it's too hard?
When why don't you just explain what it means in a new thread since you already know... other Aspies want to know this.
I did explain. Have a look up the page.
_________________
Diagnosed: Asperger's Syndrome (ICD-10)
Self-Diagnosed: Aphantasia
Your neurodiverse (Aspie) score: 152 of 200
Your neurotypical (non-autistic) score: 46 of 200
Listener of all things noisy, viewer of all things bloody, writer of all things sh*t.
Yes obviously but us Aspies are not supposed to make a big deal out of it... we just know. NT people have problems with supernatural stuff.
What do you mean by "god obviously exists"?
_________________
Diagnosed with
F84.8 (PDD-NOS) 2014
F33.1 Major Depressive Disorder, recurrent, moderate.
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