Factor Info

ID 140621
Size 943 digits / 3132 bits
Status composite
Value 4231245498959661787534216273635702244966131175461815000304369466776357812196301236215894978461382445314289396159103811232835917858354858173618571429454966425220302560526211253072820629375803234999434009625081368680189197552201271750831358404322835197360539750819295243911158763300162970938982210404716584170387561025088203102878170738688425348368086702722242044689797008682145135981353184567025003673800913878073108804081772222644858612547373091160124977482293042112870501723863981575788492654700282870953297787754468249668788885637280064664759727055719983738966722722448942105160070979968557831786100174998204804802748682168260669307564538441946075491414456681199698240805097205780367105100965796638349986608811615678909132803757606422296793847424618215395906022969630801871555352045297275416205582231912872165153161893036347914140831669900216348083332184154531884393466630138481834492064035830511819016516742952972725428791607278596101393697

Factorizations

Primary (ID: 140622) 93900381407182967371 (proven prime)
(ID: 140623) 45061004391575240857169123396842670973197320638794016981610334183450194960764797890470898662491698339327128499068504966997957718483314872436879336177241926478426784428997971302243052819874882930803976321555937321947834983099747568257838143170632409166834978056210518237489263349182489724572920714340852696143651705512358817462634891018772517088989190878840166065985726459530101864642874718728128360951854080983064360997656494225972622162916601800134792429690013641292295348375619332838102201095078895333688874813258819253522723910482857335963066045189133762935441744430754941272716036783953013070706546733091151892838512923795182182335437620908641532774666846873359336369195021432386063307475458467366921984136364187144345818737290376321800080072441721139275051163180229242094177146835686242073037757189649014103034222242167956345265460009839982806495248684094008442750464491698078731691952807311807770552081884451992935107 (composite)

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.