Factor Info

ID 142094
Size 910 digits / 3021 bits
Status composite
Value 1702067859536571615078876800352220010354111966780651433107590870200332872087625880470983813858750304353154793712826192608603613455779057065386150414426794043450904392956333233882843535850340570198348266451242712185832344441056493502280579222881634479021340522765782543293686403781408538380990421855621397975483381679825128494838675707724277703932988959517870899725014759225348290994311989945824551703430667774276410907873913062554519585336924649731437786497977841526140433612160848575046232271932549199715241246753115558182778264502774049212142215693558738093652165811640271477633467855146712572413265559771615265296040700376738967335296184261665067476746952482433765696721210658071161464380130024336503176590443737253355379965546257407279671624123308554627781077933110008972896809246785958795895746965039370187868337722951333816707854658954146096210529000522495633773751648554709463179238685304102250943222379

Factorizations

Primary (ID: 6694) 231669654363683130095909 (proven prime)
(ID: 142095) 7346960758462590571958933446891219787296850873100144872040270364003375537169527797570496045295227425040208349877981330108357232717070264728505176924785924091701634456037054361398701578207786141694728574182399213851894839091011444207076858695751916457414104833013816457640002003852684451187461649845283644166224510598332611872336426306150236231776901112431751785246170177263339023432698199314131767266750965252677466628720016960581435394061897718610217820089945947084915269647261879563945381408626863718990044599571862040016128441065421071020128010217785454268026458065996702148939589132769883229034743597307423373051371554066812917471398472120311560343807271274411709191182457457784282434436497287029164868536466318011139330812898708852946544032869740594914691953733261955558908572240530773028775880649424684401532666265103865937931061228792379281839995460793175876477568523099021258831 (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.