DavidWhitbeck
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You don't even have to do fit to a polynomial fit, sequences do not have to have rules, so the next term in the sequence can be whatever you want it to be.
The discussion revolves around the nature of sequence riddles, particularly questioning their validity and the uniqueness of their solutions. Participants explore the mathematical relationships within sequences, the potential for multiple interpretations, and the subjective nature of determining the "correct" next term in a sequence.
Participants generally agree that there is no unique answer to sequence riddles, but multiple competing views remain on how to approach these sequences and what constitutes a valid solution. The discussion remains unresolved regarding the criteria for determining the "simplest" or "best" answer.
Participants express various assumptions about the nature of sequences and the rules governing them, which may not be universally accepted. The discussion reflects a range of interpretations and the potential for ambiguity in defining terms and relationships within sequences.
DavidWhitbeck said:You don't even have to do fit to a polynomial fit, sequences do not have to have rules, so the next term in the sequence can be whatever you want it to be.
CRGreathouse said:Fair point. So the next member of "1, 2, 4, 8, 16, 32" could be "dragon".
DavidWhitbeck said:No because sequences are by definition subsets of N.
lurflurf said:A sequence is a mapping of the natural numbers to an arbitrary set
or if one prefers
we can define a seed and a map f:S->S
lurflurf said:A sequence is a mapping of the natural numbers to an arbitrary set
n