Factor Info

ID 113672
Size 910 digits / 3022 bits
Status composite
Value 4059293512767302519084727529963326778841343350001702595627227201784696758533287069346188829809027433252940413395377396582598184883800267964847995045012794851892312520498761571135627913020927692055884054545795916825735173952804202031003736614351897689387014804377928623394120703994106509377409648288059576103046400731916903133353063506295620343249525942275555232950420704400053376596603295518536556182988764765399360698640779017171189593571205727212602697146308408341115026416449131625461613767716791532569076545807689948638523908581749700429738628064283895059975715013616611637064905673815344568666939518728694815082987768449737482683061049291903947704295417631748587905914308615366598226091051694435554150054557792316366168450713171460245863643332054818907110086090685104723293424223146085319254362020620255047744662582990282024116774936928778396427563809546689068148241097316471020545745651980708077443193209

Factorizations

Primary (ID: 9675) 73731590190532481419793811287270861256308827190229083 (proven prime)
(ID: 128417) 55055011051267640490223157708528904278873047550700457834515370306398076054928270381249715844985457963043180058813754507618225755585702851688161826880449926795684837119027086252406128431867320046482484829437396013303887554891004339086855530921710741096011442450518259389186044553520698699142867733909271045733771111298539143813713280890176328894650682115163749559532323536352336638893482114980730938454733153114367157430620020179168110188473541165551276659200605865491610920015468571230378167783660076863031313350314606952897944942719912654303519369049965789440648470481581133082741359240922138073077342609801533189546902138543692704211102681444986215179402443010762315042494450391110395074103184282204485364728712823780034563417925946920901642677151068679468054464290821072551295247779350058505486383327898084851911658631008176076399460656754035263626952123 (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.