Factor Info

ID 185912
Size 910 digits / 3023 bits
Status composite
Value 7773074540973527412097564013170059081846115733211419262318771372370430541742272043134765698752636264603532858884116058593630646930026543874524469781974951937847888021226146123421595617324824626455883077314543263573741715112827131607378957522053512904145465802532100750961025766860782251733483727805927770232604201390307396797540376047761460335254955820707762978779153550079356929221383174526750354657811853951850098897394175176109216122625357853486433381148405942275138432521689422414583369432015343723047450498898466433085516733589203907730211331326023046086489468849525460541942572878908045925323209004843554542189361124063232383274102003809053787050355650582104350273462467302010298945820896352329802832977641506922019515501366244435094913013559475530241472452987663052447520629696118167049161638630530675750511012382059030506795486667795719710211420125020742261998147714985448532936572777474859680995189301

Factorizations

Primary (ID: 184023) 678742169026621572407248333991009690756974486889859098038356817375575567218622146291239676262981267948306126132780191495117069253874049927311394958515581103567522026520506754426542720359642568866444857071 (composite)
(ID: 185913) 11452175650322165984064541294270496376738025571635760052390187012425233007018237012669394684477133577333427760808198922255723608139101288104950614934215757877884803672295337989587594577710918649771558173977236561589920454721916199825537214993541732089289803859112295721297244203541758491585431753428043400388111699932455575246611371607775981332509978351775612767296715197828655579632786876980684561399919224322700684642797810599281323299045137802082433823566189028840890138625889216619284739162654877148482757305105563800073994590449906219528613052444503264691077390308944386563028366255560488929487884202549863923219452127158901172020031787443078453168121466054860021253229111972094162950847766878538703131 (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.