Factor Info

ID 158202
Size 941 digits / 3125 bits
Status composite
Value 37995923836375121076435952858797370227261926180581759142904214385335634545425556484421581230912974476064836839395923599882250772836050427079452418810229799926140348891755651596150718840520850159594680880762708110057880249905024267312174461132223599093101021583665368786390592324739835095388625776440508084885169654718520068659422420952406517622436586083349426670296341905352319943125018138626354017612791375101737443095516803816638378362070052382058078371906023736496673166397044167415076166699246219528754021970922886020144179726012563763060031449161331986870540012778537053155399769503109331585570560752158889145980314562918916660371636834098425258684842210757638733656571151450804826633875188208253619704834077394042874674696050001210667736587291071588285861887326941644205740021009365053483123790672619722828431444995658359835559719499430023004149641996193832293416365983900527132302687988663946351501607831946009790605399822194595517033

Factorizations

Primary (ID: 14440) 985646939783717901699571 (proven prime)
(ID: 158203) 38549223157647735353212271292566324800027839750241216368856930186369950745702613468083962081243736521671416407753687671015408184116139327518177425247216785984041191985841468663889738495675283313246450426775810098826325873841397221928746035060628833334608257824852008942225829512889942606356333172576842298442190661034089297149921656291194296645596851105123592669446229354558485970856029428618034668805796951105106560526824586362029434242392463181505846046858917088438326492754408152314072370094053590272489293046935942473322124508952363960051619551115264664483121820842076143454271698950247109171137684844891191395847999629561358197104136381133689393356573257439178810439905387550928649579679569708998922549089603312525192206873983379023379155358145441952296098770416752659702936102144780883930743690261656806885550869022598944515882929298701171412575574566936509101948313152411524436383352466156945843157307701103923 (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.