12

At 12:09 the clock should display


10

First, we should determine what the sequence is. Now, does a 6 ever appear in this sequence? Quick detour Back to the show


10

The series should be: Because: So the answer is: Note that:


5

My guess is: Nevertheless, I don't know where this puzzle comes from but that won't be surprising you are right and your friend may have made a mistake... Unless PSE community finds a simplier solution :)


5

The common thread is 0.469281 0.267974 0.333333 0.333333 0.666667 0.499346 0.333333 2 2 1 1 2 2 1 3 2 F 0 0 0 0 U P F O X F E 0 0 1 1 2 1 1 However,


4

I believe @Adam already found the correct solution, but I may have some new ideas concerning the pattern:


4

Answer Reasoning


4

The sequence satisfies the recurrence relation So the next number in the sequence, for example, is


4

Answer is: Giving: Logic:


3



3

Solution 1 - expected solution Solution 2 - uses known Fibonacci list Step 1: Step 2: Step 3: Step 4: Step 5:


3

Maybe, oeis will help me..oh no.. this puzzle is spoiled Answer is: Key to this is:


3

This could relate to 19 101 920 20009 701 104 403 311 3000000000000000004


2

I think the answer could be Reasoning Examples


2

This should be a comment on Tom's answer but I can't put spoiler tags or images in a comment.


2

I get


2

There's nothing wrong with @hexomino's answer, but it may be worth adding that Highbrow explanation for why: Now, Note:


2

Whenever I see a question like this, I imagine there is unlimited formulas to cover each optional (randomly) selection of those numbers in any direction, and if there isn't any other limiting rules, every answer to that question is correct. take a look at this


2

I’m going to start out with Now, @Bass’ Perl code So at least Therefore


2

I'll go with: Since the sequence seems to be


1

The answer is


1

It can be assumed that evaluation is left to right (or rather: clockwise), not by precedence rules. Then this reads and simplifies to or


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