Factor Info

ID 142360
Size 945 digits / 3137 bits
Status composite
Value 118493336324894032412621600315362511993512113258875641522840021444006086403384150947498074763049355085313536948493355808745039702726413616256183555431090775169646287057773780681804883072038463408434449413927605067818009789278935927094467199516853096489866351987926004190248195414041609940230856769661338213152258115161863734098658703824465272250846227722825733118688847938913764187359048094718525426311472353049494025207413009115798699873287502363082588975019123789023219391411966516037292349763150957014864645036365072586112523466973272219320647913869785935292756834708873757202232225730676934009081803432728226116694066708876835071783466025632311682455098736475874059921876865739752282280993862617761220091234860575160318605818092121244596221018818894867903342859235334937400125416918618659399839777268870621730887988063360267738273757670935716483946064062761148778313893426433154985941345704014264953936481194336355396901472801534918304791917

Factorizations

Primary (ID: 16692) 104449388937445035371 (proven prime)
(ID: 142361) 1134456960737797589842266767987574913953369430554700370784927951930388404691414804477231221688520408615251820810220922684921169265599065125398244128032624356830216125604447767304953161582188203012943944840341620059312236707921477419320955755824456617873936978723495463197698357867996738122372133493224195858112333220379575809755715570128975027999913236135680891539014084170161834035777370033560915605542890937074640849440697371484289279849980658989800424054756320188121940665388987007856380630103517335491076013537021829376821430574775405544736145343462813213688365105400312633704220514086360826062566064014058211408677822732823076030554335401987041367843718124169186142191090604428838924083836548448972081685205013084249031958595492716975375130706035954247905402050894904325690983360453714281634040305857223898036847018120792793680239459601254255451437810292615224665044722715055001308669447139299502563756948478171242593927 (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.