Are you stuck?
Here are some hints that may help you:
[1]
This page describes rules of the riddle but it's also a riddle itself. The most important rule, excluding the last one, is the 5th rule. If you see the URL, it says 'rules', but its title is 'ten commandments'. Let's right-click somewhere in the page and see its source code. There you have a green comment. If you don't know the answer for this question, just google search it and type your findings one by one in place of 'rules' in the URL. I'm sure you'll get it right the first time. :)
[2]
Now we have some real Ten Commandments... Have we? Something isn't right, let's check the source code again.
Is it the right time to call His name? Maybe, check it by entering His name. Wikipedia might be a good help in this case.
[3]
Something different this time. Better start to look carefully at the pictures that will appear. And don't forget to look at their attributes too like name or alternate text. Sometimes the answer is already shown. Like in this case.
[4]
Like the comment says, take a look at the picture, especially its bottom.
[5]
Just enter the hell!
[6]
Simple question, straight answer. You don't even have to watch this.
[7]
A very easy riddle.
[8]
Why the page's title is 'layers'? Why the picture's name contains numbers? Are there more pictures than one?
[9]
Where are located the letters of this word on the keyboard? And what is above them?
[10]
The answer is located wherever you look. It's not hard.
[11]
You see already the answer but in numbers, not text. To help yourself translating it you can of course use an online converter but you can also have some fun using your brain. If you don't remember how to express numbers and letters in any numeral system beside the standard one, like me, here's some reminding from school!
Let's start with the base-2:
There are some positions [][][][][] you can put in a 1 or 0 starting from right. The first position from the right corresponds 20, the second one is 21, the third one is 22 and so on. Let's take some random binary number like 101101 and put corresponding powers of 2 above each digit like this:
25 24 23 22 21 20
[1][0][1][1][0][1]
Now all you need to do is to add only those powers of two that have 1 under. So we have to add 20+22+23+25 which is 1+4+8+32=45. Now how to write 45 in binary number? Write some powers of two like this (already calculated for your convenience):
64 32 16 8 4 2 1
Starting with number from left check if 45 is bigger or smaller, if it's smaller than we write 0 in the beginning and check another one. Is 45 bigger than 32? Yes, so we have the first 1. Now subtract 32 from 45 and we have 13 to check if it's bigger than the next power of two which is 16. It's not bigger, so we write 0 and have 10 in binary number so far. Let's keep going, does 8 fit in 13? Yes, so we have now 101 and the difference between 8 and 13 is 5. Is 5 bigger than 4? Yes, so we have 1011 and 1 to check if it's bigger or smaller than the rest and finally we have 101101 which is 45 in binary number. Isn't it simple? What about text? You might need an ASCII table for this. Let's for example write 'ok'. In ASCII decimal number for 'o' is 111 and for 'k' is 107 according to the table below.
Therefore 'ok' is 111 107 in the base-10 and what you need to do is just to convert these two numbers to binary the same method I showed you above which finally gives 1101111 1101011. In opposite way reverse it to the decimal and look at the ASCII table to know what characters correspond to received numbers (1101111 & 1101011: 1+2+4+8+32+64=111=o & 1+2+8+32+64=107=k). Another main numeral system in mathematics and computing is the hexadecimal.
Let's learn the base-16:
We have 16 digits in which 0-9 are written as they are but the rest is as below:
10 = A 11 = B 12 = C
13 = D 14 = E 15 = F
Converting is similar to the base-2 but the base of the power is as you might guess - 16. So let's see for example what 846 looks like in the hex by simply dividing 846 by 16 and writing out remainders:
846:16 | R
___________
52 | 14
3 | 4
Because 3 can't be divided by 16 let's move this number to the right side:
846:16 | R
___________
52 | 14
3 | 4
| 3
And now you just need to read the number on the right from the bottom to the top so it's 3414 but because 14 in the hex is E then we have 34E. Let's now check if it's right by adding multiplied digits by corresponding powers of 16:
162 161 160
[3] [4] [E]
162*3+161*4+160*E=256*3+16*4+1*14=768+64+14=832+14=846. That's right!
[12]
What can you do to change the image? What had you done to even opened my or any website?
[13]
There is CD. And there is PC.
[14]
If you don't recognize the last two frames, then you'd have to go back to the very beginning and find a bonus page which actually leads to the 15th riddle. Better have this bonus page open while finding other hint pages. It will be useful.
[15]
If you read carefully hint [11], you should be able to associate the numbers in the text with something. After you read the text, Google search may help you with the answer.
[16]
Some numbers were already in the previous riddle in places of some letters. What letters? And what the first character in the page's title is supposed to mean? Something's missing? Also it won't hurt to go back to the hint [11].
[17]
I told you!
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To be continued.
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To be continued.