Factor Info

ID 107148
Size 942 digits / 3127 bits
Status composite
Value 168077388459216984731999557528206003416783809869375154731733486136666540776076304423476084914163872370124203903366208202059844739086134487207217714366068706465436289378453936289142307036037820864238869671679957269273272389998180105678606543514365184286828234074894367698100581496790392326808595744944823865003299765863116308485368039112765661794902973404708895585286412980483377698466125483678648841771673084051696926166637694733889062958122327848402996708759017821156084809054786125552144602451752395574708974404888472985528878606965807918711788098712364989568241913875682597252839140229111211624675010759842368386795562714686294663886078681327098408453824424311383748620399203875538076746281326116123998410585397960721435292563259971614737436561536634763886111775427556498772297742467336584097130113346044426925964242004666122203971425011713716621226991034682808740645184353187288115918491282321668701903855326641971288270625151585584473523

Factorizations

Primary (ID: 976) 47381053174782191395897031 (proven prime)
(ID: 107149) 3547354421169208825775175869921467737709212168247811009184549111626731320504335471199734548670352127023496218920500263381274653792050649809355024800472912956051702424782687754603279288677679425080268133957367760266069724965791573963824338049961277637602773916725279895353369738382516678234773704969029879943770761082811508318921255671999534558231973633008576081411331088459298058715050692950639536492327337913900901861533582849076194176457923529134317376547724083917143077668528428867374045233896790461221771393835566040353827192664907180700559930171536177920063669939176699136292658357678690556256822963050999500070526942234515925916653694654429091643205328592066490646634042472574418230236029977320620711618382631889803888649160599407850620642112377926198453755234640289965256582146236347452689261186853925211672339301944823026991802414823207692594937379457287761346410860677070048884388922922932610318920787076533 (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.