Factor Info

ID 191887
Size 941 digits / 3123 bits
Status composite
Value 10460651383294066513640780453233203556979580116499978508133675806457801651747195053357568188870538157595143576069614021867990398746304877077542225531855566560020719941259418567001256851062742168595487419702336230508603108560831786333237861381565621615605442421455291132388069351767944765892979826877086169203199534256461307544441426014002679230508267093438366566404440851117092717190002474356238507854343613999632394453164551261789420314302466305497417579094767668135858427528603726146256968604772979011260113469306922560330595474286691768311404249384712221880534707784527198851059612637324158046369622367433155225956637775747896521868194791010913243238585207469074809598885238186341397750701394956834905316554482875964577517867456085667133018380769906036645429042095840992755205182906029106234183484163763769045396449760539716209864026992007419228352295902827610499336783085939396595127796600599886353568233578886503228414257620251951665473

Factorizations

Primary (ID: 10742) 323859454602846465430592983958773961474277685578169412119356868424381403955618825288675324084410296085213990090086547906305592473316302633 (proven prime)
(ID: 191888) 32299972209000705700993130259600395557594340910465178316398661606243263451188267321665868783360165203371495765468320449909876173333999995236505334569927998154636034035621588631292442250174486183367243411599261734252365580135837088505940266055295381455811370970604700902801424151210860482202256357909096522754311747391570504561853383262191237320696933302303225884563568722510379723845190587263591300707458321943054760891266396319643574865123748491466350064916928673862124248056993030803562593264980433005946595144404355073519430245919219150103121789772601931226017227257090910235049402192965614341166310211262458237952021124550037231688847441855585719514756395319515766949242121969794292915078384103936700003620706898991213890267117715668694296900692798372610618465007247134935833288538636888758153403481 (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.