Factor Info

ID 106718
Size 909 digits / 3018 bits
Status composite
Value 264852932133510068720414677248545690927831141120083913838556219180939089022861783990740171104215363618414614672942873407653620717282931567994062597847769775306993221829750583496464464092211952337781110658269276911755568263278510892763485495051866931335936687650987606487852363856864125009515149785319933003197493066049549271193240439233086698437475452850505697027839894760033930888729592523888763635458264059121241425405897670710188712383861846407667534246804648203814729197680426947687516132914531868270721374219450705840512754723884864103702696502246838862750188350320912959467320929051345570162660676093715358934671247205801681771999604958260499108355962212505454430066012669599333703903423929772345135330130569601641454207855026058226383551440425473557580939691494875513754405232303414742150570540406754751664493384762093862493227965167679344376900273052879779928243810338551995464530607136584609633595717

Factorizations

Primary (ID: 106719) 3825090804599382621913 (proven prime)
(ID: 106720) 69240952872293759237006802200537091209575750864732144986973592670872029268798824213092499333838139217597644489054092224031689599272768550041087674597785914686553447001584761559361585666203931176207088953626437865884904693538311218000139472791653709911350319259288605722723213887816554115729632580160064245176284346728743095366199839404779379406314155338057726603958782703764797303976162846606382808476269756312892575824249775119204653811066057214352936218563693014327187003889216776789108207809920872459513653457206381992732091110045311652159287926787317914159854217205847349121553023424650820823740413539179931957468556826778337516012853756305614543024603243166465857554144814905820052104749830869225531615063553570605219029090201151294984673624147084324638972513301533978849144342586423869846131134485876328596859008751585749139593049501876290236333553873472022284453175184033118034509 (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.