Factor Info

ID 61402
Size 944 digits / 3135 bits
Status composite
Value 32028689226263071571752052894286006982121269842551277425571905056232326446528713491803231245908280466672167234080975146435446703943190790879209132722818224321566657193049159197719335792238505315186784375760660782312468779448832486687956570779298559195941198444379613907178958401500628199096123704867969637144679901436450754315541826763287011008596332124723058527328233229937226261198437186336150504210206818425929950406410511945212927805066198209973725651819378595068637754848714067531328265109949520045781595154721940164302709453182028977074567565470659556140719167865103966912717980913012917362035997117324911075686243235197442635141973589045526218358551902661147060491328229579590187037742921304808233685299733626863099105646290076701128430285700648629056902408900094178885522274486008977598998015337561944252371866230114182726121140653411156477122519312979197431862372068403376046869920327068282818214113879429763966502779678380353509274217

Factorizations

Primary (ID: 61403) 103533420876062828820163871537 (proven prime)
(ID: 61404) 309356041317361513824780742917409083845386104841971657286754466489909688861997582779263601884294795233020061862824904217611347601844395242222921191618139100065233878812763886469710510991147326694130942543368447216921965995400116280898894472928136468851559519548345123046830515906148374487538756867589276723022299448166537138948180702008193330635054914018366841051629409971387684004682374720350479635503121515362179994068165846437068986219128304786300289294560550589230260933336207427142400278588569991910691740612405925788814976828104685242074540622165191817455257045377340763090637895183750070974655725090488037637997147065813175289372920254345638067811517853250203584075588952982640512342232317093674486784229022151460902052380689557474202785997859470367576970658001027542911888022518293000014005960605431748506976902698294060900096982334768520401837113020275315047841176762446810607078075076402692091553664787641 (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.