Aamod Garg, it is not appropriate to effectively publish the solution as a comment. The instruction asks Players to "crack" the sequence. —DIV [Can some Admin possibly please delete Aamod Garg's comment?]
The Integer Sequence isn't shown for some reason.
I don't see an integer sequence here
The integer sequence is not shown (at least for me), but you can get the idea from the test cases. Here is the sequence, if you are looking for it: 1, 1, 1, 2, 5, 21, 233, 10946, 5702887...
These numbers are from the original Fibonacci sequence. To crack it, you'll need to find the relationship between these numbers and their indices.
Probably the most satisfactory problem I've encountered this far. Wonderful!
Little coding, more time spent figuring out the sequence.
Is the 7 term 233?
There exist a number sequence database somewhere in the internet... ;-)
Find the numeric mean of the prime numbers in a matrix.
Magic is simple (for beginners)
(Linear) Recurrence Equations - Generalised Fibonacci-like sequences
Divisible by 5
Converting binary to decimals
Fermat's last theorem - again
remove single elements
Integer sequence - 2 : Kolakoski sequence
Magnet and Iron
FIFA World Cup 2014 : Offside
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