Factor Info

ID 72943
Size 944 digits / 3135 bits
Status composite
Value 33519231441309111710453084366990835995141200354511194117052954771002756411666011185978446841441307629694073905402020322842782451836809378315853350533430688983011331968562573307107532245474234987945831471390063609965901496482024296551258501412675278157048797442672562391546148652790702186686358399571702989921957714530546580354617934442287097162365297165090191599364894201758252549603103605162469473907238093665407833980633945493762884040875993907152721833074391193948630134625939344412102637375554045195801803152645920255201864686632592153369196937332128424339103396612230996729192786047077461935910236166512791016615503292013240859128356133983646183820271289650946141341658595169188928606089648027363403668384794933703277857210336568696601875949229138604896432741396518342885524960655807073576347588457314585873091148860242070841668813464689529850294325712527408612439924088505908615277133643201842585035487992228659792201250224019056805675841

Factorizations

Primary (ID: 70565) 176495898629033039186561 (proven prime)
(ID: 72944) 189915072824220856761761002115738387213180210007665087516056935880382298435728492139614515423491788360339335873012126769693987031006988241132155901351946029249679080436949579430329375027427033773731203268262198372129484803722166837320698351871082062994483338731432312608948396480643023678955704368970619270444101824687181275073446704826401927833475395362571586021670483000461750739589104530514883468058332895104610810925938578703704708504839661351236782410680612442496386336538195141151873551366360032388192206001883710608103698445746074835934899604441450829245611582534299790917250237623955680525380446309051423558642998489295757869739500405905956076186219668520521546632460349005590820942500265748757447610949548021509575286658347323685435619356972000946189438155939732499789606179152173855042390314220479085152760289530211563754166336650034952372007729233321657208375052527893715588902011097485995947571532846774540481 (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.