Factor Info

ID 70255
Size 944 digits / 3136 bits
Status composite
Value 84410636090561917048755509019582751955150436384835204480432513544482666763526253298472953476804535952510097178882344124599347285111795588446472266097143296647211524078023927137965452333481049281780265940972665685019906660464970295541718116120271678597096124327084740516567872391465096982863508451248316955387610985165016084455282621893155911829205843984329742557033577689988781940372384278398093932853017261196104392365932138272827073005744641946092128402224444534133712145456831452769410041137500859804936460208408305096947444735388987669962056480669603137870257777404922477372434976265701621361101495257073773507074745935031499040870893293213946801689325826732594405637768592671411789139112954228175033256533716857128073107015199171117778019944689890172554396916060588581720447396900769029314838948594088558430152768477891367738114477945241816348359093731813614423492168068534076244212555996451792656650041080765950252810488693720549495713689

Factorizations

Primary (ID: 68146) 764224739004587705859669872633651 (proven prime)
(ID: 97542) 110452634915362498947234843854759319765360097808579088769866848252329145933723538543796030504790318847557045976730315074342585734333868584015098294232055351057931001869933303234389322422863576665010997848349976063119729257136927710789656200396054077197820207530333974015059519043016379598607931501120840463181076893896577667517447451425171308150785190054634587650563736466838947748487654948789986428717458848611991777991711934672387960829234338983294371659429999438452405406882502208081879881336030458346573228158330631536781951590513969326085413431482376579011842376132007423587336213552570261220904498117244805716710172006166212242401582754363584868782676327311356532838961885454912245772247222386555528711435621109937695631383571051644105400746000302161639794469765663172375381881194994517220189797697208097752821462076007191778799439101349518304605208332810862816110497474887487686740955343987902690221006339 (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.