Factor Info

ID 180765
Size 943 digits / 3133 bits
Status composite
Value 7264955410799165070145767334948005224503648465703251428096242404668021969270905186915095670010105071579425097473116818166421000503140966179070692397342393555260993328886088522971038740543796849363885229791665253679226632585313709768770753129572544789519581816408818921873668349998782844200155516766932958848915718865225532263095382538026680966295842548562714028210551263994078235115867844255713312342937452435433452413082123303089679568089119197154033778571224959601171056529109134574928995204283478811237165029635432348072005338722713395222772644631755405366557066608532723914639584575142424339193057467029613908431631458140475878623434930622111520051219741901452053289411872200336032317962376293704310751345610130068366256434360379560173478445111689606790799312458695826629668095086211009592189117463990185791085385755673838765591443788416149149489044373466056889675609863371200421948403347019711677117586309278011277940161520196515353127203

Factorizations

Primary (ID: 179119) 930839864413475644083246955401495430378799136506525429 (proven prime)
(ID: 180766) 7804731714382290999136458716315607818270920824056195018132682004279471509086234892154429710793829496224867960411028957883482039785234396005497509263197022092618685026017872183861916294342053868694416063104004113131534877925644406167028024572951897880159584999341841159569184174094952210061178575502935938625249477765066852313752800896916883205913847143903293071048545622238808648174415395135428106007943235835902999763351493457977774711951328441464393939501073881072297025213746669901188592291793096173438115758778320894464042866126554927067614065445261630629952999613301877918528891534529417838343742494347733025845354849584549802307761202898735818856208131242823168513545352697347308366199235959878063624807487146337690013364613887466555761570960788821311690112517053946763820460407448277151015658771804782935403374000158621994322053690811722379034116712226789993604535501657980805914807 (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.