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    All functions in REC are computable by an algorithm. — Carmelics
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    Supports→The fact that all functions in REC are computable by an algorithm constitutes part of the evidence for Church's Thesis.

    All functions in REC are computable by an algorithm.

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    Related propositions within the same area of thought.
    Church's Thesis claims that REC coincides with the class of effectively computab...The fact that all functions in REC are computable by an algorithm constitutes pa...

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    All functions in the class REC are computable by an algorithm.95%The fact that all functions in REC are computable by an algorithm cons...90%Church's Thesis claims that REC coincides with the class of effectivel...85%A function is feasibly computable if and only if it is computed by som...84%

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    Note finally that if \(f(\vec{x})\) is recursive it may be defined via some finite number of applications of composition, primitive recursion, and unbounded minimization in a manner which preserves the totality of intermediate functions in its definition. Thus although the specification of \(f(\vec{x})\) may involve one or more applications of unbounded search, each search required to compute its value is guaranteed to terminate in a finite number of steps. It thus follows that all of functions

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