Factor Info

ID 166513
Size 944 digits / 3134 bits
Status composite
Value 24569134439297754616464096814880920818737793668818959667914765427032911462823506515528502782528980325396435419414313009200494492044526736668478008443572388590892506785674715514973590465492653645571915210077928508558022566337294024050894844262087237079295466095345549944295880014423112544674098510019359947486037844774596238343171839203900072920783101173067521675819305327982155892013710546767283164244673029233430481437349463247407590196284273175260861899292312986339502642271123522081228407388954459858071873222098762243255067966155368019395865965537357515241159546596655922299266309684794899297419807087005341161858018233224704821913765755881427807102936952531439574561329556024212308851038272244519102245039410051570885019139903149789330464044503574109573774417215273197802748128517389498544445824964676009860692763570510666307631211536016779315246369783418775351803716294989640218121966500207513171908190296176558616373090405447334322026317

Factorizations

Primary (ID: 7475) 7369130657357778596659 (proven prime)
(ID: 166514) 3334061449265588559637202645657234860723429040378725626974006565824329022618417412638338613594722399223605458194200925160971887046371137675497491501126957525723312006289906938671555946583488237543847965303956388590426987084817727840985306089455392914845769235584416526890348540023580274925375429462646006167043716487501040914651522655402187877521271251495697218445653910786657404567560930114159868656261788243228509062213706155443446126977027340025917569457795078099954030941281580910724571312177571500362612106863122181988748088672161498696910881738131527173776441032324834079994473531482054058910769822894927539418345407328841353309162145143117302859154118971658005919903752151874327942153098908861810290263497417448779190751673522798475608532277666796219816853484369777524099786784902033156644906269450028476381829669939476466317931440692651234052828239596407784410240251402539495375666069295911161589558521594321595263 (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.