Factor Info

ID 113652
Size 944 digits / 3136 bits
Status composite
Value 92262133405869460783665514014896450854744668529002045873168673340957906755083553596847720318744701102975904047242873116003959257989514146852957242847069049692985370779337868629321267906947306114311521537453917035702623242189804926116231067168700828577403160674487536509879721420279013480407962877239387403860409135190943754901646009926617836830667137842967283404816167225878930644126777095307469800487964375434121188477275572174334509189950303863887553755655641224194560321907056252243145770704506781855791454239253004585007227376659355640046638377101157170827297570236333055034384934463376272164853489520143104055038823324516425712757098329204261466908045080522547875492611306664936252667825884819391925791359937701647680006638011365962229716777264194017422473453594640851284261825205409300811087462248575303134512483565884890038196643317570072642858876004615549823614716662044956678948309634887752352476030646929378549823483377377350872833009

Factorizations

Primary (ID: 1537) 382331657154918920473625551106818317498508052488401151898473656777576193806173613522460356616553264245910301801789409 (proven prime)
(ID: 128385) 241314397275989350949627583243594756626703807983017627597963277104377938382935132986310976785540093926421292052050783230004068838826711690221262766883482588045734247122810527776062999532251045506496812808809303189119670125957487270849113863850084095457119806324217135924828855082570438321733642694863655881742477613671778065285626103676478002994570831860965653542795816244161855392612006298874158447799855067772033304762365950558707164620048280104484838607146988476735215873784412608932689006189713257916689002120775846472519670201053365718869454715685759252804906455293882448705765497279726478783012515392413353025351704431826888098626366941778457354775179045714083016208406257895653966941350780585642583702162222685622804230608961649704893777560710961989150933675784072896183731740122329578415594875200420329155716915411920401 (proven prime)

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.