Factor Info

ID 99984
Size 942 digits / 3127 bits
Status composite
Value 140151632021965830323647439283959832380035797143116003425113802161852400442986750647501073731372843247490784473091928469350780476518926379059289238795961739977186469325467926522151734739085093129652742000763237056966382021476228558750901041868597519319635515349411170135673679717873203850023212906372985624708826368446859249821034996745599157785050208284575396140197208006885678081754163053538302793918541707989828787158070724443095986998821978000336521435519750859122600346738096710208244232142983114379474274729872314668498652788199158366971169015218625395383977719673892058739354780078114267158640424011781357391859699494156962895054641786812636406284964498642296963084636154623051174279498535267322421373381957847670187955145663559833701204748886275876828862743189558464806444963753872493948554178487649510173980158042813219095985658297571040619736520374001163950727805202589490282003144752159030637356697662698648132717081954849289418689

Factorizations

Primary (ID: 97930) 339928948023704992112365803592763627159879 (proven prime)
(ID: 99985) 412296842727828925351867739076030179208146414634236399887586888627808015563025167218218182141399921109847435753280686676880901187646879570047003758009382103891205745331179788081304486434855276609905698622182078462367318828435768564964370261990096341415270606923267604746934173404957886488080849820317641058460473757517191480619466280322458598352030563124818199541477617643431602089390779636637868615048919513509402191667133876503805956862543870334854266833503380224521864499422985053812435725744785158381710388582785758103335225553183253015711959538593955738607820414031716489467552928387413893344899529470575216562380980156767796912944045500466989131703085013173647147407761598618961424266476270972296712455828441072184123358403789604611155811169020954268807874232139747686486355483542737668069548857867343246565041921854742293396563479076956904070196135233110466028946988405961424216124566720414391 (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.