Factor Info

ID 198412
Size 936 digits / 3108 bits
Status composite
Value 200026697476176431201554220735989303333766253884873866033989460356341142741377836537023830276568162439950033999827374443576959468580162365276984315631447958592854373897990630516498019973959975176662774170033460648178207748858829520542940004363203928595133625386023881755905345158678320259783396430452615396147834061310358914699818455973145752624720295830059981800164408100507073283061570739682518476511710254733455000198176041694507251006991216685231022017721921782824624497013178315734390075308967403178676738051764147870823066522019633939089768551416498915074707361997197779331562282486572772401748516011148999447488144954398134984641466305009745676116641958664848543832093609276691623302782044596544950628466866047294266958584469028985847473098982354982817321730799796459095809836364901987713972309436837397157259420513485637889511501598687759630762634878724425991687455121875632020896172530932622770365040952871090325729032518500277

Factorizations

Primary (ID: 198414) 632803528420302650173016503452913 (proven prime)
(ID: 198415) 316096052712462789141208120189194517891075087813246938891221958469400471119566582329475596691260728106746897071158692975554322848298688125061665534458943436814711257884917192057354774307854273827855947697858042322914815443468192788861372667594071629072293263334403226980227509635093367647350313773991112164613180879236747118934384602959580593094458176479775396681172596016454416206680082328101898068440574394145310542398081779963883117764744606215181927536755143431140682366469337642702415337083708463917395080949651595475360489888842424275871048097850121053674083266844199035472715040563202107445438186272950793451852829692089593124869063780830514659399142615476165816497728948032790769524841111176258946928466345533547024865544339839339856466789413803642925208299923150854517297280197928785371518606689337931262482999558362014428285272032677292399772469653518909155980234280116504582154876942289786629 (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.