Factor Info

ID 177874
Size 906 digits / 3010 bits
Status composite
Value 894426258221669220061534486872439599685358677896959378429475100558852722568746823441586899366440532172674103611071753457574363024132181246480053211778778092712444089573968926801397370478289192009773687303982153618359390562474966849261081827804566977955198947495482672234820044185016808866016026104182191247969399531420687871019040736652333965519371184160924091031579826723629114084489088890101983340361960020669145502929138032593076548731435645376541419036976457796007439120442782348956684875825027177665772032614050610814430447456039629394325740710387844961725181207721043446694949175021285080665042367609366665737205192082391977349503334999211659622722404544511174842824671879904946422539329331066168175043181373315191120480277211007168334144566448662803195955835924616616683702846407560837542898556442137118151698726630998013603378656007274855593424939919017250767808378839779591516946482773141940690441

Factorizations

Primary (ID: 29630) 232544166333069010693505967345270131281 (proven prime)
(ID: 177875) 3846264012233262694025042743211442007821484876431065299473892034043486691872116667130692555478270485462130678074112507722059126660859938584203708056054236729014794188447531083356695916215639322306068231681445875612741421796721531878216724949556513142451644636746524205188891499654188930916974242041126839669208072234606688832377181867669549435831911783990777915367892062582031383347079546621676680392108062503222031660290052613913984118901094832906930046909560360693084601629514389105319974268372455770454678393457621818088132009095158749037096392017134473802196781242512436364577111822242837091993109625307022721847054384582481863586132301279822836201477248469474312398212073094854005153655262005128153516680551650349376397632348247463622464061274809100716311734558910413370854877584962400158634882714205603753787293365327072592590557838656608096220647628883889058361 (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.