Factor Info

ID 113659
Size 909 digits / 3020 bits
Status composite
Value 864360991998989538641611832136792325828046016366952976754958809699672797350343019627966024056245353067579706950015884207794516619752957033222398174179216560122483688309843257235690483576125195594484718799061257755767851569825764974191894192222668469708725961470257304759439413965244380437646756857003040106860942873846797021819728371515180514652835524145780887252596414046136103326462348846031522583872371389236236841600569462578588672036046445063028750488146798456769354698066322856829826786011568183402005613935740281423569924649811360853143888169421520900314485242331724172154425603843307022223484718839844855046549585769898008064768670934835214814194546081066212884254655525485968877756099646386590869651862879894705572515838435288261156541528385057258396854049786688513950264072929039503640012125408074063330879203602627204716472295057682109680580056350245682508077309183469912365099702927738059343201609

Factorizations

Primary (ID: 10121) 55821223786097488292809 (proven prime)
(ID: 113660) 15484450776485167221309104295223342543366857520887414278808415402857134254121025866622078819496353291000927777518343549128458133593718873290842833425812656090862093152213344708508803799100300122108177406879278791423820220652815193916313426834908961035719027232685205614971122010308298058584353888702925155517173496406063313500105064895534598042465705899657233148921235492745979276017076416858363356821973539640194876781716209003448935003883986206172475669998263249926667158680411234599494109871401942427052607148606027458959152344742004556434989956414248908388677847555402574236418096805432776815739196606650083477766448250529819000919548814398466867734684736455910434097729057841547679924297228818200104991429592858746333002361836062665068096486186148010944062229284783828920798497027184837457331534503973202728439490350967555155661854408205827457310646486276001370353585235206494883201 (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.