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Erdős problem 361

Let c>0c > 0 and nn be some large integer. What is the size of the largest set A⊆{1,…,⌊cn⌋}A \subseteq \{1, \ldots, \lfloor c n \rfloor\} such that nn is not a sum of a subset of AA? Does this depend on nn in an irregular way?

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  3. VerificationNo check retained
  4. DecisionNo Repository has decided
  5. StandingNothing recorded here
  6. Next gapNot recorded

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Technical detailsExact roots, source, and retained record identifiers

Exact provenance

Problem row
sha256:fb7f27661ec93101b22b200b0f133016611e9cccef333caf4ba6154516f5ef63
Metadata
sha256:d6c2b2a4b985b415327b27c123b815b37fe6ab4624f1f3c5ecffb48ecae7b9e0
Observation
sha256:9c8326e865b6017b103af7611c852a06776d81964979b8ab5a1b800cd550dff6
Content
sha256:cd8426f3eae477694ff4eed433bc67e392b0791334a8e8a1243f805cc5638736
Repository
sha256:a956b84c437202e5a02cc9e036a621bd14a302b34a75758115730bdbb77c52a4
Projection
sha256:a4a96441668a9f8b33afbcb3f696a2639f5fae145f36ddc063d7f67d5fb87ce8
Source commit
36c6d0fef71a3fec84d9dcd5eeca4e22e378f7cb