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Erdős problem 316

Is it true that if A⊆N∖{1}A \subseteq \mathbb{N}\setminus\{1\} is a finite set with ∑n∈A1n<2\sum_{n \in A} \frac{1}{n} < 2 then there is a partition A=A1⊔A2A=A_1 \sqcup A_2 such that ∑n∈Ai1n<1\sum_{n \in A_i} \frac{1}{n} < 1 for i=1,2i=1,2?

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Exact provenance

Problem row
sha256:935cc6b77d5d136bee142fcac26142d1e64962a8b6381504166db843a3c0c1ba
Metadata
sha256:1a468660dc5a4699ef6feef00b72c5f729aaa62a16f4f8e97d67998116391511
Observation
sha256:9c8326e865b6017b103af7611c852a06776d81964979b8ab5a1b800cd550dff6
Content
sha256:5529972593e509d49ac11cdd158a16e30f567544b27ff51ee285653b68c6aa72
Repository
sha256:a956b84c437202e5a02cc9e036a621bd14a302b34a75758115730bdbb77c52a4
Projection
sha256:a4a96441668a9f8b33afbcb3f696a2639f5fae145f36ddc063d7f67d5fb87ce8
Source commit
36c6d0fef71a3fec84d9dcd5eeca4e22e378f7cb