Factor Info

ID 107668
Size 911 digits / 3027 bits
Status composite
Value 87588146013582500533704497061626761758333970339130122005289359416561605618241313007018726512942094320760153750934574567355365580406585949136660774890340692365916005842835969035041923622401449056422220801846980144796221477635242347860223177523332526987490689232268498749461974466386462163314346295083669550132200946521335621293294655908952248479664893180861568579648044876233459206415987158533415039110298088768264896935631490122918745426086798068084274760022798753380155636935923843303351905536260974383011625002713678272510602503584468716973452166636377486334587021548036317011728902871084046979415411034284019116150311228787456604643609145265907739845348516609303131348663291456901874911487019353962230526076840969079989110826667865287030998390370585088900912284303620996910838583790070720795213697149927305413716300184777768409253990593637677482792928910926603923398326632202299523480034799897922074304829727

Factorizations

Primary (ID: 8) 1929584153756850496621 (proven prime)
(ID: 107669) 45392239484891417190668160889798242213319753288565808670262814499613444342802745874146969806219952646025016591246558469575409723657345656474743209788774643763274276952226541302194541574957856853968439149373102412669415261199495415385342170269328295698920796074993862134168450724529899940354518582358462125218762613670623386835813935016085032065449759650343277157169236063217854288330886385081215555250495804812186847912536102097264269656437614790636500918664451786881586487602069489654107121424000406382340438263193748134353393771137956899758453535947389392096573610496104280306695367089883987146362522918835332615486760407611299010545178902494781823353252402950963784505989744849940168104540152699888384557193833435104091620983260504169763142474185995978881602348526113352294207904245397447957410243309474028784640645265923702360918872996922481604346240764362980736428016271715773726409787 (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.