Factor Info

ID 166483
Size 945 digits / 3137 bits
Status composite
Value 160932359188943676931034776337208576945685348523384373261030156247102094419131309089796904925780203979936502437259564778514104941227801843136377671143221036675280199049369332872032033058958198716387611227591557893640883890418410523801999791550352580407734257340101903259698497483593681248025589068443233827361056795083965747894793860419165671194142900579221096216105816040903082929009373537481141653762663218202287307717990980695207888731531505132602074439656184320153360777986953868890391147061637972101924854017445186231898763309188143261265540927757958907171079909315027001080415967094423077454709043154238971955035537157066263311870573981103046003843336893919440721791027136925873779528780297632444627595603868616711403110246032587473992619599154847040091817669646210409460683341022408593143149146113392121260746355313149399202625260974892748288750466508105807159065497708129904904592337347640668310480986139223939016654891360602891032653169

Factorizations

Primary (ID: 197738) 84369950090252831450917921249 (proven prime)
(ID: 197739) 1907460642287804521436529401976206139891900522951339095670022919781140615510228420178261006057228394735574845400614949803083352111466167689182006765356357089725853956366537514966834843084949530797526251467786589378763368613930922768908450124144248745493541443625255987706149845752919244667845748665018330104930124732909201417924885288429496342332747030123109592454679972143174367871628242402393682022783854798128966908823828299734327343845076854917805190317480139141098344359904837583153135958276811576694824145628985340857003267569900334022930247299220762287471373480754428380913333519737252515599908838544068343451722008284641334154385185589404346565356953382994423489225996017334205525174303217457507890583412862977497148864309574609217281982421488973331522610975035851347863232886572848523558256558856401045066284693239835309218546426219576460405191447751818091006964514375237969305836667148750487556501088968081 (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.