Factor Info

ID 63055
Size 911 digits / 3025 bits
Status composite
Value 21390034873428327617902277246609719217855192927722425671809904700183469647321502608069328862937066483385091412304875834945718523069790622179445781675871776871827612985117954601826852221687845499657112607605604190311694409260637842843026354853289735898977798499912328628603040908937616163785377521527866911517589243944167322736882675291334959508657955410333711522790662225890892926910812959202256851794447958145125851440324185378029263034185285426877877800550420866092070371186374938030150275972297633280787218587526306014727801046246193728497752537787869608711864125620033120407156649413867498262642286419262988856986308388100280739410126615914867475342433726911155256405450690884331778180821840227139328793637065608160844029832203126787250600292241071019280271725750226557668893562762679000665585431200569702409534888830150463509008978896852967936280951077903095886831585674333142524211110813682215967639183147

Factorizations

Primary (ID: 4105) 362312427317443674457 (proven prime)
(ID: 63056) 59037541250792464792669133205571844480049467003439465898070627283039298830593500544083918170769336560168175528964070915397042732274346748186007556766404368291599330383268260129982937663037291655434656767891768703946574746096358869918078681297814708227389760483899642698970410811073383980835536967044610886874963988399970615249264080571494095638340236120078790452539067638120956393584700848827529485439123836704115872156695300504038879041925270464492657848300457026359446401727778900096455119593248200666650427974144859183324767258658614621393692807052267852896200812735813737343737795202739467986111672700904574909523107748936409222413513955237586823094441486961446463585490733355567052721895794963320107983554362030059008767590048737324393227307857376265786191916204509164836193522020555570207477117281846168759316955249136868223461563934399432854775818691270588796238637149482187335643171 (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.