Factor Info

ID 169441
Size 906 digits / 3007 bits
Status composite
Value 131050967508682409033221046796751799050448000846759923822795320404719980064737496415753478312236423196141074064827760178999633984261307525239708393855809912179476252867732465055681544151609840608125688699853875906967890708216557457350515119062805337298691037273876297540714642216227003627074000610325089283979720470980505323524300290406288525034397100416800853185583889893682898327964756493722355486751378679565571507869099987611498100686035134065991667964761603031104196786823448306453027849188659249794560193376390682199204510902824369756414127862007100191822962937997145290755704829738711114877293695307291855064610586633011303021407899728000526369058082499638720397725458178692203460437827861055817255329024818960161061343309243046726492681652028737689718376992168691194206233167442156850736751529370982786134072620297269474050873320294901205372785172529337263051677805525881762964372640364750738563301

Factorizations

Primary (ID: 167836) 6107498812503060189977652663684219147254525910663051537427182386752756045066004222730822829713729595685422017301 (proven prime)
(ID: 169442) 21457387308925775636674617966298087744509011578456388929138186483141561583014565997952599940385952385350919677229635495006348140022215850108906732688767425419990057865301514205717950029868626695516090463744225386325732986208942925591807125137519113000625916736572104606766763621999919169624602635192473709677625537331008376649932336643531236775103744094673581056119134838087745372257736201776597988858924196555416868798225718034222594057084048735827596809654221281672080322917401342773787846896676605769059472772814027621042745980237908880537680453029931557352740379454315670237121763596966107933695814736494436192198400372142468983804893845732906364253259209681856413625172534934911348438379610026422832804726353378745437017251752026017939513154663338544257443821981529271721082404047410746001 (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.