Factor Info

ID 130833
Size 946 digits / 3142 bits
Status composite
Value 5230029588649410502066129622164310622966509321189130619775720307240070389270149901759851454736718827398694402670477273962582085892295772924101139657462838875564372956907421980614565412923131000938247871351503509111965460125540776058294325858437265238158019374292511112754958989794045776246699476033868910248060955419198834349914450682886345678511063577853921438023698651145438392564330802129420504993720278907706321439037428672711941013821876847664598826451445354300038864879544770075161533200020448928869275868840216830668696928351813852483740519441298471010458792975741352497549412836425011605428725560288600186053117656202551926565659663953339134537257639348913227633861455691513874800287535823108437664949259402874207670115699647023720945754618390889718459873635713972531474102459812445199341023859876005666657022237573631790485053293275149194089525091633321678913787258732460472168370206457136643541514069200326591332357121154827777931096669

Factorizations

Primary (ID: 205) 1387277127804783827114186103186246392258450358171783690079918032136025225954602593712568353 (proven prime)
(ID: 130834) 3769996263778504927873925628115685098166680947319288821780780322172773016977375346775722336205100958471730232843751577071236392779904226427664207686901774774557092653404616706660399445317905555116766553800857184891292952185787319269900086892697406179113536612311225486698439022589258912046497890719333489585449151130658803168980012425941053919313125799026355562258225908700845600368274432888524340460039333579670818170809487246931833151731392089534441006630854953356950159984360228144889570140858158190903908962222498793931634222449277551144076172254327032415175749098753058154439776102206181436398550912130065546285594690919535550433970999850036823729321790827230788576021282920257721933983101075730613809506494664191388543900904301622932273470960720761873020060679563234732495975414853297485541190611532577758722281450369675229812876873848651961778717373 (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.