Factor Info

ID 113571
Size 909 digits / 3019 bits
Status composite
Value 391067459399127325866618271014322200739034342434319016804967743700538655810448154653539719242832003928787766135740591070581116831884042458980577437667522571753791345784992392247686961638213348492276258770314346046511172238350611025184408638121449231303201089855113282820359701932172499536637413984560022883662031990301138817624887559097370417185493332395549015229920335903585618443160528161028862349858038909038521658911544600153074440552401040162040319968757171873475400175155617067824658095014190249768093226395286637636355771710747107932377993428478927085519978037880831383498029890773023335174505462518292221285062561040367879650297135004653150258201418511092655214644939244019931052632361795120045630873814187667586308190694660727817018412579891634097329138172905817776939813377433539790492880345836775915004278520101751186477244895690642196181562901679841113489648265213094968808673094461230034635043301

Factorizations

Primary (ID: 10101) 27268565128918438900818197910377197199 (proven prime)
(ID: 128215) 14341328835978923004159819877911060567383291160852352445950297566526235237104780715957621196725000474546242491608168586813395944180502427875134181074384177698901720125373871546927703888313735547636329639047674318144076017020307797643215765559561089475910520886916752749731729888356319030219457031185677278450278860544750900089469270173506999066669795457335453514887191672266147305893642770954465212780683352762071101219732386273196160567415171436786933340063789416077993943789404708617902768584015163176252250896860247245084349556576596240501243174741906019555630629532924352379446282630122342435238331769731579695782752800866006612705349380093630274563040222446864754542033565699938364272027987706725589450422820876623617509671339949513330494168756637931221274572606222050650195726753395463426816869692690153204816171817468747032753911634514297938283967236717623141159499 (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.