Factor Info

ID 80850
Size 944 digits / 3136 bits
Status composite
Value 91415218088460162407046554066742441859175745551033969060564792639525990817537064849560348312284885433828425010901518464733615257020112635925824503328750708087474386154398626354086473122327659969608224082949185596589962315593746333634133099429112235751164066122915879315026005601599639250780846420413285290701094740080603976460484177748138111065099202112219101776157204474784616916604689481317970969467701778808889724943029635200541418013896727968785621461258510579704317126299505079564770920470277237197536233451065460485881269076492999388316919739510318964419231200519686039035826039216291710455345370636422941036975860190170962020348563993548944249985383420716475267557630468335880398364786273581892902029247491956748675242111389491458445832329944388270549370885822838577312749122539629551054862377841800052369682850464186170836660088080337756346615713953107430702898242311500493215994565574743841318468449703833340234912154782254065929094597

Factorizations

Primary (ID: 78799) 575701440347834996099797913453237773599541 (proven prime)
(ID: 80851) 158789281529724319059311685394149445010733544789254337031864138202017843526079238813828797606382195222024029458702124758415372133942915956343170515202900116052258952388869812932377975841554797977905724195859163630456880610091204988562270046779170169094488355812514149394932337913780143346023000880152288576452210435543200822640370623602873527949815380461647162246432566994958452778808903816196945341852148780836718566125516229724600692663800905917869842102749629257042720621360467233868042905370385878055198055992287123872768651533363463928532535117835597660343557075033704761234073487573893133818361763934043761695212069005960704170281123766259833500113086702586373063554574725962919107980951216705953209829950270748547296181780090255004264250910230029501015927346222806107964143831600454683017302539810414609048965110361488255961878239452389209859255974354961776156559854675993504226766874047911246417 (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.