Factor Info

ID 83564
Size 910 digits / 3023 bits
Status composite
Value 5300596292664019793777607531521259139565039402721879757854852704042829962721649050202476091309043895363017294283696119570665519581887677832774869073825293216746488748548559393408512777071375357521407697722328964947654620195699870784283110550150447137933979449637865515142860572571337417803503262171054534221047601866011709142767284391556235631338802667795446266465334491191909507627552343789583676396395605288809036749661527334844513315064662769049941498715272926338078830668990589720042775587668322946592510327720190684249403180975927015408620485073183140519370243380558963250294694532469738250450587584408498098812805508165618186425803752845915049626687808968444334404839969719861223746999400027376000206622504842625919443627463624732952059103159089764612329224126424472469908488875530210768108509358343096641698247389223006162406945105657712077084715678038030363793732900005072408661815762017409206000231283

Factorizations

Primary (ID: 81995) 4678685792897904921160931229848451073 (proven prime)
(ID: 83565) 1132924185828027836074096423364817185184085597687467328416123027424695494002189607509685945166375581483290227012303718213010705768837506651047280418275355860615126114613353126061518935584794275102081121648937986038365486277293099537409522091213340526045002345393833104618559682687117731970678371253830353265109785417420815095964472968428692342507586613333042572702522135037345742154274220467990829804639372610949605345594755505661313227080026219306200797390983793086543563629405389148215768352404377048561194438286329793132001652759008035131258577970142934018342883146072383270581590000537573609104426786487029204791824965740573948460136962512588322184725057283632729189876134978324486512999422226141065273919233017330273706649128466205759211950836996317224736949719732012100997267491291513916139999906397989483956916461410433601123320333150138031706304013222525387884198771 (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.