Quiz
Chen Jingrun
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Perguntas do quiz (3)
1Chen Jingrun ([blank_start]May 22, 1933[blank_end] – [blank_start]March 19, 1996[blank_end]) was a [blank_start]Chinese[blank_end] [blank_start]mathematician[blank_end] who made significant contributions to [blank_start]number theory[blank_end].
- AMay 22, 1933
- BMarch 19, 1934
- CMay 28, 1996
- DJanuary 9, 1929
- EJuly 5, 1935
- FMarch 19, 1996
- GMay 22, 1996
- HFebruary 27, 1998
- ISeptember 10, 2003
- JOctober 7, 1940
- KDecember 2, 1934
- LNovember 30, 1999
- MApril 11, 1996
- NJune 4, 2020
- OChinese
- PJapanese
- QKorean
- RCanadian
- SAmerican
- TMexican
- UNorweigan
- Vmathematician
- Waccountant
- Xmath teacher
- Yengineer
- Zuniversity professor
- AAphilosopher
- ABwizard
- ACnumber theory
- ADcalculus
- AEgeometry
- AFrecreational methematics
- AGcomputer programming
- AHalgebra
- AItheoretical physics
2His work on the [blank_start]twin prime conjecture[blank_end], [blank_start]Waring's problem[blank_end], [blank_start]Goldbach's conjecture[blank_end] and [blank_start]Legendre's conjecture[blank_end] led to progress in [blank_start]analytic[blank_end] number theory.
- Atwin prime conjecture
- Btriplet prime conjecture
- Ctwin semiprime conjecture
- Dtriplet semiprime conjecture
- Etwin integer conjecture
- Ftriplet integer conjecture
- Gdouble prime problem
- HWaring's problem
- IVillefort's problem
- JFamilienbaum's problem
- KMorrel's problem
- LMedstor's problem
- MBrahmagupta's problem
- NLeibnitz's problem
- OGoldbach's conjecture
- PGoldberg's congecture
- QGoldsmith's conjecture
- RGoldman's conjecture
- SGoldson's conjecture
- TGolder's conjecture
- UGolding's conjecture
- VLegendre's conjecture
- WMorcerf's conjecture
- XNoirtier's conjecture
- YBertuccio's conjecture
- ZDanglars' conjecture
- AAFaria's conjecture
- ABHatcher's conjecture
- ACanalytic
- ADbasic
- AEthoeretical
- AFsimple
- AGextended
- AHall
- AIalgebraic
3In a [blank_start]1966[blank_end] [blank_start]paper[blank_end] he [blank_start]proved[blank_end] what is now called [blank_start]Chen's theorem[blank_end]: every [blank_start]sufficiently large even number[blank_end] can be written as the [blank_start]sum[blank_end] of [blank_start]a prime[blank_end] and [blank_start]a semiprime[blank_end] (the [blank_start]product[blank_end] of [blank_start]two[blank_end] primes) – e.g., 100 = 23 + 7*11.
- A1966
- B1967
- C1968
- Dunique
- E1965
- F1964
- Gwell-known
- Hpaper
- Iarticle
- Jletter
- Kexperiment
- Linterview
- Mpubication
- Nclass
- Oproved
- Pdisproved
- Qdiscovered
- Robserved
- Sinvented
- Tdocumented
- Ucreated
- VChen's theorem
- WJingrun's theorem
- Xthe prime/semiprime theorem
- Ythe sum theorem
- ZEuclid's theorem
- AAthe 4th law of motion
- ABConway's theorem
- ACsufficiently large even number
- ADsufficiently small even number
- AEsufficiently large odd number
- AFsufficiently small odd number
- AGsufficeintly large number
- AHsufficiently small number
- AInumber greater than 0
- AJsum
- AKquotient
- ALdifference
- AMproduct
- ANmean
- AOsine
- APintergral
- AQa prime
- ARan integer
- ASan even number
- ATan odd number
- AUa real number
- AVa semiprime
- AW0
- AXa semiprime
- AYa prime
- AZan integer
- BAan odd number
- BBan even number
- BC0
- BDa real number
- BEproduct
- BFsum
- BGdifference
- BHquotient
- BImean
- BJmedian
- BKmode
- BLtwo
- BMthree
- BNfour
- BOfive
- BPa finite number of
- BQan infinite number of
Informações
- Descrição
- O usuário eliminou as informações de disciplina Quiz sobre Chen Jingrun, criado por Usuário eliminado em 21-06-2022.
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- Usuário eliminado
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- English
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