Factor Info

ID 220168
Size 1928 digits / 6404 bits
Status composite
Value 35704630949478179884911475434614066062003497908901756822217198498781516925453187700303211874429633697969541999619568866115675962033697971108974380238737561249003271079584152618450808414911877440129290915311013919832404236684890353162892243458268149749769669472332285431615571265856452134378233042578066558607657651835123013095384570737771589634709098321317794712298307643601585225272948475733212208418604338544492704261620766095517013587349174608555631043352102149113075693045488863513820605332332602190559156174971143145939304353852837526012573307459761464400104658012851932281697091379884478917411039613884467379386789802525061205698578775502989364163237769374324552208902966233104979294412469854230309633030642631281736777500207026887666074200285578014742017163898456825690917992858446748090596073710921821004048326596402786309351964133419032223786726735838761361907988315619778120517840958669925747426989095215146935292006387015605106119934336327440251297741829361091464559020505689641371572291529137424363298771396416623786477066695794582928550424653878790381209809560778925682857591871076288022045668860077857360129005485742133718510488065159728597922545424630346848239331530943568920283760348288582952553732542339374098491370931571136916003668763397109154015239245741726454237180167431003182728610588281590891916903230328205923583857674004707867280009323982846355601976576848941072317477812717197121992413782785841259932403087996406185328102138116627043590076554488700804472526330446429201677524980053808556847977602680065822195500557630424208037506618980817725174181044711329927037498063296150922034536748238840648138451548899773489372520319858503981074946551073374982389446258391633624362171041881987595730824893748452817270186578405569317487867761916502869232547882333222510803563871705568523668576625392832539118596688291225764006084347844450074370869093165750645464093244139425402826502589464605581888878870163860001

Factorizations

Primary unknown
unknown

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.

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