Factor Info

ID 153833
Size 909 digits / 3018 bits
Status composite
Value 214036704844847951812053473898083391155372120206385734509861230197223859584570187154214401545007578402055090871778243277548469419802427457252983207584044791233646538892425321243738480345530563377447813313209162132848905110231090561862942030136493823610983356775262217548293101305576060190141034986879307247590118245075054979563945974337376753629291004998252005866311356878013891061825347438660476234547090779119512597349527961450927376592210024132267456461550810264126739451529285113823571489860997736247028804397438485830936434822737295353400213836198580473071259490455964792450550795392077763374685254163054480027165021072755136132714391419661842515039164527746734169738104350743437236304617881340190510207367798059427869043819724214007203238465982151325758183738385252886049926560475515584881001202701391512578237043447064721650011795260861320718196743750393171887101884267463869898666534679710498770638153

Factorizations

Primary (ID: 152186) 70443348543908273093 (proven prime)
(ID: 153834) 3038423204874141324504632086418454008633906227788527116946593134965707939317178764785683695806955671192231048643643757135559677332625744267864981312014857552297598848706756485128753167124763753227105847096489721077343921484647702149358795987211265724582052851364993213858930079840915084661170549758199177254587261056914742405779442025909162901739548890093541882686895237204181547025453088311320978884377749798253384957062236760999239067870711222295253413413063308742989786715546536085057493748868485774999338244793712358580666095577331429083680000643643398856710358664293228318310067536910432156880619346737772222051932407620706036575297615277899919332561054819391118064640770828527332766181776257098198042514641942248059746797527413141652932712141701900736407778330609629485459671296750001385088738343220395483688506849753258619522389628145176200669217592357992415468540702148031296362421 (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.