Factor Info

ID 146538
Size 946 digits / 3140 bits
Status composite
Value 1101459383973952768452575766148021152896554240682486111075175990758902787566914009040951037543714741127334255008469078894768302807575408806043875567186203940892228046634757242849306818073995439309006234135806064691220625774542520448455271330965766184957746474263090463010186939211910480460614952785886906577171258759765487826569316733436725530303503912155821369012966729106454674635262430056611451237311222578905013345581063410842044557378019914884106583314136464593389123343666411172532232657170062980065365248113406307494723850433029944231252847843177001098762655070086877524289101074957577270350266076985234390876651646665118901200202019306304288835184360930134935480683578717344376989811188752801796171098775861854002486690577005719414426565632995139027716739880644279779684027926461550321015017340763593095929025171503391447894856256882330796778463520289201669437542675310547347483567942747415845423203352430163167638378979565196324627103049

Factorizations

Primary (ID: 4492) 82434619394313344569 (proven prime)
(ID: 146539) 13361611809054287340028018182662053100801435312816753098873415356320519082598601638703623506332998263821693128117290500129268160788526886734765869861297402087021877302670132010439676453126793645499169153094921715155702323829162121161897386323719109536644853759440488350935601697143890177079304536096911796199421741588715270182156781971273585497914359669068586754437820218589778171925515061686291150515360663728986992968384736747314544305394602730751115999342501108222028737841916082752230672258059590917774539447047015379011957897757077750570368700606231604894599598509271439830560666264484807009834718630176605922284422207476394009687690316500577663701307509355217177002693940807243355695453016255522480740580383642797734897105090642373188617461267333992218493300526895942043524688085782818897816312374887360282227140201554349718967996282801706931338675640278010349710876753506366210670787283969697906855810318348047028395921 (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.