Factor Info

ID 113526
Size 943 digits / 3130 bits
Status composite
Value 1041835078343714821579156662855637717893571473673199418638937681057546256983773719517913640578150449628431915490162743704909037265165899377036103129627174599922400094010595946845299104959942785731279662620148521508800610875076131592901417417671729322165560904129991405460273341419122983077115942096127740766697427615478337840645327748446919746930222654576981191714324040713714333372974390216872141259973958010636856911201721437858531462546555186538358988137985754746919047138780110498704904251673944293385737362234185968866932295812727460025953352904734424880643853822198646129165885451552794458846864893697667342801747916844764810543239259782627874070556869431116817548310823295303737100752202337996971413187016400533701556324587325865262040389178384698946293554252877993338581653537096278805311237135300850368192431659531411925393276980004888249052197574563912953423644563995574657970890357878357504815180837702020460640189430877163989444321

Factorizations

Primary (ID: 128076) 125504086848481246335139247 (proven prime)
(ID: 128078) 8301204403020779447940365544389811161673464400674927122469878439667755784632451129100906329718163471496061172097777344484788945463930451463409529773438740517690252522899894641146994662837486730418004227131218722508008319182368095179340816272256992314937552795610150910443113945587272503008237699470931885145489076175611245293034436300196900376547670735026819797172414817240066755939758303904539998871589084188602924494839137706205909780667530826740014581512163882412352060126101582381717066807710072993141656641185021101333383712764448373764398226624291664579745326484125821812730374128649983400135116564791926441885499846688787262902598963098345041851442166969152514676760726150720407107686751778854549329718285263195668883152915075973342931910063602470667177462106893913081595436740864543903845214876709917520380481819117751450860960637598358103903393178995071299140607179024985191397920068102596057245781386156143 (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.