Factor Info

ID 188141
Size 945 digits / 3139 bits
Status composite
Value 744080174248002650036506225518290955103151725861662601175943879882978463715308894013374072328635087802362306321173604884317036416009371996061673815769090671638655422849797670901813952296699860316098213732043537856439362634436099942642992507103084382447615771652395370200530383551216591800698420050142914259846519283984993551290712146720700047987245299720379374560500836093245623423478027483601129387727680369306995982792728777400036359812200717234366514008750004049320248436298030972910338260870524267676244543565862475983058944462587816552384393193165909050496204035218774041597187981575533574740518425750040348909374935260324061402065349635196527560555228494381969778358965452198108970291611963826083929260647457714120938744858224421187111476013423519207224306694975664131214279437783054873351867659075820953681270897664580395802053782682829135111866966484556070542361717813787404093010364120826092456846096390974232680713748584026700718643467

Factorizations

Primary (ID: 186384) 115363411924805585712499719244056153434243511281046190655373478810819631 (proven prime)
(ID: 188142) 6449880094851889488094377881961393719685006021190475062847343575624234159254631442331120265625048548992678610719717630468036220349737690141554148088634197053600755620614691117698576903222214656762174787464281354001250231488404628779533148726890136347073301480239954013772204019253925542484429458716936997640944138849097773951413565617542525367958977463735300361579020807228355044916028919848410206884880138592548339721399011647812062484865189638294929132917659764549876960938220965776725727594490174142253209699898603670483535013136899220192805780076411182475034454659923134484640566810891940281143386631313700585339279591290503836890475173502144205320412535671352810350547760388238748247444588319203261441655462445869933539271683798723708120413345017507858215009716946344241947654532697064194300548008941932996069062108212768509265427928364633748071176550970986505281539557 (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.