Factor Info

ID 138484
Size 943 digits / 3131 bits
Status composite
Value 2230895051297750155644591630496957998998209610654583823591065197692621205412943880309037379603811188627747795327996273178314256483297855566722682684780870390246156813337303384235289753434358803901877546846003790822060870464677677212298317760742325871614275612778678486339299578164775649567331831399651515831520569138191330906147128691487957203357191662824955167471923126882169183214541431550197599949156143521053365163533080535176256122778930439044183134355695326582766134031904826293929565968742908933372102330427689903051823241018799941653179188473700332054214292250380619104510600811080912143713860619602091129249925549205933510849783247311694651931156947587753990720803417337344020365621396890797306881440834612577725918590479662062347250926712475744460932493514408955808885153296629309788110265936973365336683044657785061081965239160324104304759654743322955866057999241364032916368620676341444993256131430373887159412315811514945008740151

Factorizations

Primary (ID: 136900) 7739770426348672785518131 (proven prime)
(ID: 138485) 288237884124193718003071521313127097887014934306509991922404518649419510492095694790324944041690179829160306238590641942328500306686119798315639469776558994030575664397240857391888517211419210577362283585157022906095831177491756890954855624965170454258306162668330678802456673631094309849746238070335115854960234751040907150312614783319991450548253417573620339474490750106405749974107116432878273608673973342402773477054795066002250401253928478346935971117078938137269031441408452637610542989415309330818729461726529707870129028638020363791622111816694362705350493672951516201929237926691132110029466108585684783953896195337227922324143595195170791650146715086866008351599931763775216810095228228536344790901037004910028299571439538719842805789301845404792896895178407813115467227171760586080279518506922518868785633541875322419663638131377521319989254938352697294536034125122843432151142526982533990356019641059997421 (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.