Factor Info

ID 200598
Size 943 digits / 3132 bits
Status composite
Value 3637282687532106149324914129970259075773642384919152283427038429411057219696687877233441606978371389818058265046702602871443077070507655898115824435750734376165280512583902533043978242991100815179772262958685053508445931906648681121574737848225577427972101188587493744310835738938369690885395846183214893343601981662022134158889267886212255138314247769758185397930227040749219360113904606471659173131800157106854941789571443616223175671541090460047613737042616748890617614024409088025441933405193945686310272383767123417772444004540981404167378141231529370816431374434991469630421344560882004478511210847054479169215521257475236701720331643571899431562089760971767903765669152318697321600798240763725213049332699268561077845105374335492833731886373342896700478162919563096247250639286586731301246076089196852002053816652357290228023011475578622348467101660176330206604942236726427696815718914180805496727040770035996956106538411745125127921689

Factorizations

Primary (ID: 200599) 1396740384923923950601 (proven prime)
(ID: 200600) 2604122231154802243956940474874006974867458892756394122326444876106504995841025092205867392775231803345093465899648764596648272944947884656820970288178214789792762845221096088110683604288519829430782203488053575877820104594089128587135403289731150320067157856086489191309523439800097537518238558794496849753448411884514498742737857884517675636080541981849624442901829913980053514066142705760182188022432886903380725412185469114781163900023676258190623183942884329639291661120395570353760419479706963054597595231094401273891560382343984620150988505000256166547022280786187125189957878144757042501481741064750803087256641620458546902421795061615762148528285541725952264054275320806454853758393098038983133709996528937201594497212490786027023732634463447070405491119316030279743928763068568139776947476688780245356804703221334081502257670805893300667126425604176827618717845689969875155123209511339375764840594747588567398289 (proven prime)

Primary factorization keeps track of the smallest (known) prime factor. Secondary factorizations are old results kept when a new smaller prime factor is found, which occasionally happens with ECM.