Factor Info

ID 70074
Size 944 digits / 3135 bits
Status composite
Value 31398863700373940031525010690262965587831075895933010140082851789675039677425795752407271945508500759296998626659224188247488335874963175461281817556088464553923943452683261951145005579032185821032935002248647268814069022759862606425880929148998475074832167365874069622686248654021596305463642509253182636303786102400247280895460500734903448621233260788208716327050213576290247973948982246572135586215946012317328995630405181976723672716701237767842695088217493457595233160167789388918243817609706504239503236836184025643183122102984795732227325469476003601488367726813230194172298305938766921734839315707721324001787791342456670030014104259860182943402272179888912451684852417542154195331638819031914229490378288037067874233480177455986742569438166674147060602587072165129631018692287247017984701394234026922564883889407885368227001101903456861977950034505888849414397561603867629629975840172847814542179375106493030820720982756655617530108607

Factorizations

Primary (ID: 68218) 210146007928707977384770009 (proven prime)
(ID: 70075) 149414514269650094718337497253866300387636094132635913757968949739911360796311029097031118450981332251413306972899861996223298647310482525918898442266171818702693367236110412205915138206561887964294074474864457639192442543640554342869491781376314233293167742665125906862747705015677882231890739634267545507366761726785716215363791356511974503555233884584890110577487967428912255707485079709140930586782876498419061469000323358607496105313484986048107966032737199439872185495918427492751187471677090744906733610458498740757820436055313090132444959706360924672095915695988045277767405919021030215073371576566193967780906100011358029670776287327136470128598563816576942377388025461274484541725546492736344442707699160492383272932039074102831367226189678276733809074076114261805543564543980912304595476904489254654165442179448312262029128015241254352139375141691626647400072072435765697128819864917007869635821488725377623 (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.