Factor Info

ID 160262
Size 945 digits / 3139 bits
Status composite
Value 596750798183810235433584710935058781210608366372600554598434833971498452785137739604475584414918362232898681092638167164733874565134746289096710727498237456813888985330441407664571390579578768836884889753931917586848611252870582089642875577874707757760853913822017678063953252950129285175008702398912302158733231962279519382003006256388384667183216110959637544625516707466357725931053105918954968268219750460264148508613453364789580342420623913862514409620615471094271163174423028060792964939381202411583669626570245024114380805031438417275480456197333839020508411793710342353768921802562265017938786656898846709008573953981236239887268461988694997132804676041586179248814138840490136218236049185746565732503926335945880749622924519176881674509199384929523801395452454661917036477316309444994919846188832232731676910781289951954089986493646376766247763756123933413223568268290272068171856799129945161580132679237690179580452947204566142614212193

Factorizations

Primary (ID: 160263) 35950258936734632493181 (proven prime)
(ID: 160264) 16599346314416649415185451843989040666891364712006361177747875257049524459270116290351593310621532385171942589866206391892995104691506218339738786810643911112075930266178044885071453564498315030925312253592099922242165548445343297183085657676990105082867144446793027324948323211891422674115436663656463540992192969819086620058834448172953894843595978846424020945307777425267424754154184342093756869237141831911105264788796804624952684497732285585498917529139181301446828115780333260173013463914296286146071756643483980595662040329967680294946594576403139396058333884480829318500123019990533915088124961477421290616762982694772345901148807669442537624745319873818005011705261712924802470683767729709467057937096924235482292702632051499635103709594645651750495226792397857028528224509758512165512727391623494327167016769118606615546029097112120924418031457216427001657704498647613974236466414709657710113089810859386007465653 (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.