See Chebyshev's theorem in All languages combined, or Wiktionary
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{ "etymology_text": "From Pafnuty Chebyshev, the discoverer.", "head_templates": [ { "args": { "head": "Chebyshev's theorem" }, "expansion": "Chebyshev's theorem", "name": "en-proper noun" } ], "lang": "English", "lang_code": "en", "pos": "name", "senses": [ { "categories": [ { "_dis": "18 37 45", "kind": "other", "name": "English entries with incorrect language header", "parents": [ "Entries with incorrect language header", "Entry maintenance" ], "source": "w+disamb" }, { "_dis": "20 37 43", "kind": "other", "name": "English terms with non-redundant non-automated sortkeys", "parents": [ "Terms with non-redundant non-automated sortkeys", "Entry maintenance" ], "source": "w+disamb" } ], "examples": [ { "text": "∀x∈ℕ:" } ], "glosses": [ "The theorem that the prime counting function is of the same order of magnitude as x / ln x, i.e., for the prime counting function π, there are positive constants c and C such that:", "The theorem that the prime counting function is of the same order of magnitude as x / ln x, i.e., for the prime counting function π, there are positive constants c and C such that" ], "id": "en-Chebyshev's_theorem-en-name-K1YJnRjT", "raw_glosses": [ "The theorem that the prime counting function is of the same order of magnitude as x / ln x, i.e., for the prime counting function π, there are positive constants c and C such that:" ] }, { "categories": [ { "_dis": "18 37 45", "kind": "other", "name": "English entries with incorrect language header", "parents": [ "Entries with incorrect language header", "Entry maintenance" ], "source": "w+disamb" }, { "_dis": "20 37 43", "kind": "other", "name": "English terms with non-redundant non-automated sortkeys", "parents": [ "Terms with non-redundant non-automated sortkeys", "Entry maintenance" ], "source": "w+disamb" } ], "glosses": [ "Bertrand's postulate, as proven by Chebyshev." ], "id": "en-Chebyshev's_theorem-en-name-BFSu~RL4", "links": [ [ "Bertrand's postulate", "Bertrand's postulate" ] ] }, { "categories": [ { "_dis": "18 37 45", "kind": "other", "name": "English entries with incorrect language header", "parents": [ "Entries with incorrect language header", "Entry maintenance" ], "source": "w+disamb" }, { "_dis": "14 27 59", "kind": "other", "name": "English entries with topic categories using raw markup", "parents": [ "Entries with topic categories using raw markup", "Entry maintenance" ], "source": "w+disamb" }, { "_dis": "20 37 43", "kind": "other", "name": "English terms with non-redundant non-automated sortkeys", "parents": [ "Terms with non-redundant non-automated sortkeys", "Entry maintenance" ], "source": "w+disamb" }, { "_dis": "23 33 43", "kind": "topical", "langcode": "en", "name": "Mathematics", "orig": "en:Mathematics", "parents": [ "Formal sciences", "Sciences", "All topics", "Fundamental" ], "source": "w+disamb" } ], "glosses": [ "Chebyshev's inequality." ], "id": "en-Chebyshev's_theorem-en-name-YSKF1QOY", "links": [ [ "Chebyshev's inequality", "Chebyshev's inequality" ] ] } ], "wikipedia": [ "Pafnuty Chebyshev" ], "word": "Chebyshev's theorem" }
{ "categories": [ "English entries with incorrect language header", "English entries with topic categories using raw markup", "English lemmas", "English multiword terms", "English proper nouns", "English terms with non-redundant non-automated sortkeys", "English uncountable nouns", "en:Mathematics" ], "etymology_text": "From Pafnuty Chebyshev, the discoverer.", "head_templates": [ { "args": { "head": "Chebyshev's theorem" }, "expansion": "Chebyshev's theorem", "name": "en-proper noun" } ], "lang": "English", "lang_code": "en", "pos": "name", "senses": [ { "examples": [ { "text": "∀x∈ℕ:" } ], "glosses": [ "The theorem that the prime counting function is of the same order of magnitude as x / ln x, i.e., for the prime counting function π, there are positive constants c and C such that:", "The theorem that the prime counting function is of the same order of magnitude as x / ln x, i.e., for the prime counting function π, there are positive constants c and C such that" ], "raw_glosses": [ "The theorem that the prime counting function is of the same order of magnitude as x / ln x, i.e., for the prime counting function π, there are positive constants c and C such that:" ] }, { "glosses": [ "Bertrand's postulate, as proven by Chebyshev." ], "links": [ [ "Bertrand's postulate", "Bertrand's postulate" ] ] }, { "glosses": [ "Chebyshev's inequality." ], "links": [ [ "Chebyshev's inequality", "Chebyshev's inequality" ] ] } ], "wikipedia": [ "Pafnuty Chebyshev" ], "word": "Chebyshev's theorem" }
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