Factor Info

ID 91982
Size 944 digits / 3135 bits
Status composite
Value 42847204791262946328320214138298955998089136041521848585521442844469354109782222064723132100599953338377994649807818545412126143938788823706722834670442046506040341025269085201892253500599186163778730053134058343472766970841277639147891017052646777173812006524103945522141399955594957621443108750702970048140701056186576786675546692132260109077514585916707408298513123908706221913062271997123260560316113758197752963493082429256486560434152838858782404832163640516643290394520467729437564604695916180871386676458252718065500736781397679508106549324952238995817589650857458972155703120674268822391392381285772448989627030993248950613786421545187047858840667455053198892209846499041088472448435251741199270954168371474929987200131296391907340602600469560941286164839836720151024801046551701991735126068719059574768726789882884391346773208398478691052072435344606759366415771464251560570393577072560641772079430830042738913523025868053221673426323

Factorizations

Primary (ID: 89802) 25433824402380432988461050283974738838510040104186488783881902809 (proven prime)
(ID: 91983) 1684654423707224280591113061487354869325935084940571997930241330659706961071824812734233092801987104907599687402089924762647709379491040890865107918191490939085572118789830311997838603228909666457733054577161834760934803802475024591881003813405901029792918855833502298102055386672484924031583731412267626997035966552001717699311954625325757350321710794398586444784908711236025604198241923625032975080217493778933834285780260255682386647487833281633560171696605744224798878570282608257085597601303122741880435995167149804764206113992417000331912110673754473922561361170578037216246740995156337056855757453271820853802879511186313544039049535592365326545940648527553905764365295718363895079629963490319779050539516186239794349757062194788192205971934148864393613885943456679397656782662395428718690662847957911302563742320519554072900474809786438985521996944813666512520648190492747 (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.