Factor Info

ID 148794
Size 945 digits / 3136 bits
Status composite
Value 107119603004947869284562299392941959558633243362763780331039054939078449303949798682802185361559595853809731664623245829999619737978115262614695885913670151686289990156114593072408244503241743018486563583642664031397886258072372244605085493006994388790142987828310205440449791139839880344461564058983611376740545068621839496793871696037187181441696926034582110210347157711109590723244104069190764298843184966311740135696921924029207475440429260210577054887660450713303361649916315616683353672279546654501189772218088440543040023828901798269444955916114934172529759568718113449410613938021541251563460028682204952877536034567745096400295591172613523565500438979939421108703971536564887878235856108514714473510410959286930814012076996347772826690466177131575971782528648538177920279086939792990044880537978407559728887402243819624143065814429063205339119215402851967660710379261405139230835467849874720792799335794255701536879491708419898307943329

Factorizations

Primary (ID: 147095) 33669332701243432328246627927 (proven prime)
(ID: 183714) 3181518444557467169454374655959554061195164875962313889072723115891756946940376513370595424486417552501786278367171716863314673227018441482341431510333693545372300626990081741647515829247762719871341290420477165595208770740489699561394575597318081779533403744472763405845382596868722382111282433721107404450418327299604208081079719045326518154488618570564089776601875615546030584538257171367260031353221005897086295768291430421128932711636197743953628732399395548067245537639981915566601226687825596258384151784239615839755367794124673537615583864268568118814221997461065168814508471575713237012853593568673253328609481742822780770619880961073852272372361502803379102389402343084847680501484670320757334578368987852425948391505327231406148677663311447311713756833170063202451530413433514044512882235784450169818007285626435219621641430001634386660590477814073312732559946657584386601567114815852750734022393801865927 (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.