Factor Info

ID 94917
Size 910 digits / 3022 bits
Status composite
Value 4885141693638126787981799052680318044771336191889464845693812772983987469431044328361788201774828267201599430240286052096018706647284636931643070777961076870441657256133083106912933093262333494015102119533092701542032641882825644920258376956787735447018712567806758221328977139924698950280233697569420959684094897358674969493879566625017126885329962335480687700459458255344434552622921987620261955786529741447154802998701802887794553267979640621180323662843414336231037242545396983212356563592856564510384517282880446636467298097310503011090376466477538393177546380375052111523124831665752179008478045902773379681698375442460167590667423358388410394397731573954779427417973323184739775878900023710308459904612027060258877174386505565614509654156775008837369468116615962073596770121404267061492840355141912402447139608694933163879218875929706650466710895826193630329545556245960222442800072952947913422371814127

Factorizations

Primary (ID: 65743) 1135070056132121343004681823047441 (proven prime)
(ID: 94918) 4303823950994527678316875736526808419549822192028992110668390423092669649758701211304172462322460074958161725374053813774328714559519971231219566925935944294367650662721621554733266655494817538585112742965658561605747462955185218534978288463284430070415087989924022403604669848263136353219421667253932554821194174857826818273569372730160834917940392529446714470646043261341873749707787722902064514097268304619863579776446031672880351794081249101610212581055342333980883808222603413540388452111069323238757363981309310997612993631843505253406748759168841060210531409106016563056605251899664710866042920715734256150705874206704342651145728867016436987136391999636258198504553561402299004536997852297812258763440190250681253584818252369815292189999453255487044654565954311622368814065412685977408088993511882846976258753145786831038220853386156870250557136711450788467240062888447 (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.