Factor Info

ID 140783
Size 940 digits / 3123 bits
Status composite
Value 8756448306276151562738137663580440064889450224231437224570171647891354106885424200403610832435313872841301457423024849022730884117649425156092237918360619540203716939540875935428989918895318925184263202504851974414242866369016882081587032124368516500483353669490430336459093602807499898670631153437303959641193669342473699585896855593277508761796033343444401358614329710969586639285889300448194213718507112844181395449896482112570854506442638164098811183099334363894908368325388152800167236278983808619925885556226902498663092829390676936960617121826452919948495294370927835342527852715099383291277080761313184139624591733943463713458142714342047527601294888440669804437988433866328424909623417616194284871021469885968893091766437868529763612234956924056751413697823169466954011051498664471267087471426699124210348059685067578441693221889202612971965554986801636937296559750408607618910617258583382247704919405964379746142589650847879016321

Factorizations

Primary (ID: 173851) 186914420721724229289011478834517107267820280958980627 (proven prime)
(ID: 175742) 46847366150055583372696161570875167301346844497174765331402835014907544510580275110298114478766395461676730999106754447632381309423549970040333435056737872989420722448643805090681847369796367605147168066419748165207653583335385904976505851427686447621338439137412830041164058872096827082914168334778348872009081810431895770903155320478674606566015283177071315347518060633810058098476868058093403806944945512958252808535382265187811013343626167724237014956188718217960711138205446977425965946846880986858235304276272730443154798797602941634034413280285886659670505959465743126260273524531260190168855395559386459238708746309697564456746520443803403407084501910107521173294725011650110428264950708600891700537878995968281568153051730277295634393768448386626530903861001139578378294861845661376261758225504488541239522894801420556342800308732686366009007357381013015304710902399762523949723 (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.