Factor Info

ID 181844
Size 906 digits / 3008 bits
Status composite
Value 210278464552737102025323725940367723941371426457542248165325481591401556125623990520599343460347140655571858698402840421697340606031282035614789754614482855751129310111669816186863440098116090539858367255952341267435843394034215395629215148629890129510049516041245615069478265011267589325552577738875167619276373681808661207761202391218714308288562676716010408426813260526229186503614209758274040647598845559036765953637708356323848764640228242872637338912053232772920307717267345943024965063364061969395468117359412248501057781471128932414119863823302288590825586855829327713480717305720260980677645556834095882797154274773248397068364052496154704932016249034528330848295085726690620096540558755120526312664574695613628705474565298020988185469877859141176281846878429649404418146545343924073624142235081257231007739077702465365013995569208128569792568890307764247344082199806400116157920107363788351866589

Factorizations

Primary (ID: 12470) 14495974396253094510975132408526029375861043561244873539909249873 (proven prime)
(ID: 181845) 14505990339434489954113917209114203445744285227606743507962651954807345411609197252516177985654722819382149829606946737446564044611219903293596530350442623025037013662860677988893157020776643544169627379334314053712001891795894631600366748067784133448787428012063841443276837434986342721041653278237833791441562281602785466266327840373702560834974733029951647303338748775035195737646297074908772108237613141097556066017431258139131530448049114812282136935731206711380191274211996927301285970476710854450292940310170854055491422282065550122376117686990641351439909261201834194993261843599751946837368856886854604702942660625783157955745667812643506442696253015471440721898188937140373767649467354097896852852337070425462799986502084898237413381444383277849903032823470623320437585126925166969046686859669265742720640440078769553071737741010893 (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.