Factor Info

ID 61506
Size 910 digits / 3022 bits
Status composite
Value 3618704768279762123575851762954209590288487247924700263182606462328790819307896578080270453672188481332156100869400786240121427149742314603270335148072199743152433310194316402954566369033979912153981816615977258453808675213012690613568884459181654672020924385292429435955727831995377158984187094762595409352698824640825172793228701682624427784896541609359186849650979157583050105184895415633207070485001536436503760953139770768944682833490307807790444175459333523835074640903959236378761837930345972261848903025077004803772270346414322188994678081346305167222608587299513655241408892873805419289959297654630294406732986629887543183966718438854877493385355239451076714338228996823724023100526951708045773931948021044543215227328362800816481747622659319299504956116373623842249548277985407882842941935590710750524018920919195384919366743693118847511690525080074513965236105739869449047534996808082668549877046891

Factorizations

Primary (ID: 85815) 2352214714779628590949895191 (proven prime)
(ID: 85816) 1538424509268826209345705509151057644120140964387231880823375092944802075223398363270051771730445808852913060450405139933624256935757780976969109682749921866520781129504007162088909528615973662013123918991503523375316651372150103039874343340758803019866718371848572886827310279445714965847785727475233060889490598149113957033448382718415234618460455867337770239723489562267733533316433974837036279625954481639280898707659760945406771580683870221567834872215809979973300050154158531670379608553967907623101526517256337015992206358832741256588613898068854019946396270047949472700461526992308646498222941891648088473658996118423467014275954078920572437811858488894508533253415278536930023967378420533737458911531890018178760357757180802900737348974471196835337359762425210402984440139884571424242540052680958503794916703803310060384393062169444447325946634784760623266885452205409898701 (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.