Factor Info

ID 136002
Size 944 digits / 3136 bits
Status composite
Value 71347130009297627927409984750926104382306714591938546500411498894186510967921650423317267075179120011635849872214060240611931303919527792988136726097121075416028683428563380268314543722998198873964547834701291199710711038286978107636740515805131758131972409222379349184739779436897793365250563473263969801523538192141196938888928616899779678900677077014477608555897921763878360419619713229108800620367654325720482005765515784069306965931864440723498713308349278089634723093170438339141269017447499530179544905889832830304049024253974484291721550292463610921811393652701744178306581409968735307780045588794413734301488640507507305526527792689108816810279972287285822259436096489224155737682306679091361416446049144122900785232686563794241538880594490743074634213978172795872110102732222495017044329540778162208085156137487734080300746408313244683297645834727591629771568864742643486125941906384463144779928620321400899212636881221590336947961493

Factorizations

Primary (ID: 134566) 170770508015295177475471 (proven prime)
(ID: 136003) 417795384217674010651581976323151730660167420766176337786843688931406815107292921488176506825702505139764824203921391946260116477210436554702658559813795548772881939163903142093530954757254112587286427462723523525391333331243807132833640134248206953092852623422917162491313698432855532749764965135893165694088849531509976803746447066984208579129458449615465208592229877093317690606348970646714947526343326872314192818274135683870974094820987936833806195979585874535921641381040153751949585303216838725437435687068397802164752506313065720653548408682226096487837896039721688290010046049237573672495250639800289476631355171436920048783526962921679220588651659242160304679053690554430505776177269774471717797805997637329542327458169205352847347680842952507888074543933261167410744632269624118203866652897177366018695594699315295425479697458621482636295272082078796934017821306426610448891960593515621894618787078964858179483 (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.