Factor Info

ID 65320
Size 910 digits / 3023 bits
Status composite
Value 6628024421530984226214641196857814036364714986980111739186109456407268406808000130450213493150095895220296521992697018732573640277951551580328773276310134251664832010990000568488033283442878613577621429236054919736180043853661160976953740532637549328720412575633994114946867525316101939677850845178364091980798585715998927251161668524061958432924740997265408934430725920700822651227017254969251212245691639208338047075821128763437592473110065649143073466345390814908268058514065079396131359789994430184296847983638592531960580746140304837898853545018048080278779307109117179535687664476042137780922974896601239948876641236727214625662149729723346745081063977573906930666757120789689517432354888681995939703183575945715237323317715789268268862518249133918266543547806002993026184793653706685764378656125365836826232498190670096944554249022212936251092142795750479673415838124938372706381007190833249744338324603

Factorizations

Primary (ID: 65321) 32487373202595434257 (proven prime)
(ID: 65322) 204018477585053496428249444342588716467133310371786350854040786378988306231073027949692159122940305707089983439918838003530725187223029176066391992980119918303943553523616496377076308841599368585054529473033380726788124864796138831011069509593452928884794376083610662152842905640464649583893423807217085325769828587612737777083609919187345306681825029406047185551777349987819399009826754908272946269525328743848445516205973071854223083028457731674374306251427116656593979866762689176420307832461814629119969528679433948646541663283946016923090012539307380118984238888707220868225361261014009971353624086172976746994213042743450009487673639084247770545079132615909155348379489044025591522165131136569692976606469658379721090042696974899345556851429851791936334414829870095184201938547397800978647716130490828013338582909515007692938506545685934354581802052522229951097022804411583666884491979 (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.