Factor Info

ID 151119
Size 906 digits / 3008 bits
Status composite
Value 231837683644448324108684851505649629799854740817582909865728029287151200855425153075524996214076862959714071673071391411739582810641725403500089350152990770959922627214757767828548486326309058485955391383606984809642911930959998687729029085074298950948160616863573684115675875264465003476797648603375478909414757693328260756502990286565440450301788196516358184223791024102788647147080404791121048679630551038098012213249326873078605170628800089931983967568782007882244481008902474547923313503571349354710949761751471835279430869860609294548161785820390753424915015871237262776403826650938499757265935892404234898064350172187004628557010214308280049117534591097189010505932499599841207355866090340156669972223595608522648081843675620766946742984750468101534253056964095050248118873068931672303807322509045867092391458279052357762735510084948468301412124758000964001748432723709817718628930654563363244189579

Factorizations

Primary (ID: 149656) 44615044785278167337 (proven prime)
(ID: 151120) 5196401455164489194492216638250147053626130414111100235552975189342003862892207048105971275031470172631365947063356602737801912399823765778033682051300072644932295984003917088287695240342036034808877134037514564232158361746421448683069933657457545248946206595433260995005686593356140712372640713663636379345106252994866533027629235594024570212324908881245814034467010941731227324129854442700773167611353724167790439142389848112046583542696260327601599269213740931955586932177333479028301843672554800131293085577755131402761262935269697714609186638079106659403178899587248604228226178335402227726457945365339355379055285904044312035790519951156587222797651466246649025026021249916270204391132272275466303818705675123221010869772280232192848486818876153404523959530051049721768172401796969951320033520011587134695713807667997631654565490393664095815548336556386582987798807777831802994067 (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.