Factor Info

ID 107334
Size 946 digits / 3142 bits
Status composite
Value 6019555016577313107562959925000451425434229859751767036669213769624330054662237913417457259293436594780582903878473065298838266740017053202681647281960841838046389256460359303769432153384509382766774058664773407881219048136646894715361835035432416454231446826552578862796766128995766524949889389772726909279144964677909476731858321139211143808989747304380324101223820809148058020062312252615259131373699292225246018022154505835397566717435965009810100942822927285171006637666681249349220622769505885611503775276836596762018366242967377411149249779342015246565110903691876762116042681736324961322354756908243606756144885073611230205636593377149811234169816267589076807884047438866760258796062509360410649304252943881764695447435647958478809989474094152078270173812926695084656756323599526602858477438956894217002216352265114399025807388366948267608723067632760490505001048832318218400044549009638004324843051437591352293888335303993542156732906357

Factorizations

Primary (ID: 9211) 79294907482525831172666228553046708561 (proven prime)
(ID: 130761) 75913513335063019726152082510075646298657676743508113762138260785950722230509337745389207908988970528278279381426254587167011568757025395106120253446983577201806209800853256436208632716806321833842821154759778244885503851501215776654108390753645283901584996243546852606002396733885540072763353315221399158028473123038093594501123365988540491153001212380787605231052358291755307845778229402166446568418565883206781891409840423763254161882025871259600771885653344503660723745520801338390704380251393778754422912910409922391241951120883744592963465838674586935927011542041771406065297577877590391926094731386108567076239845181129985044189724243403980548960807629586154737272325796247437084691560132599174532438246334676795736264030655668773306743484653956725725805998303446321727742638365640729148073300867111566681289215271973169247972479235217794493346420811401421212467863161284793847601301608290937838673637 (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.