Factor Info

ID 183754
Size 943 digits / 3130 bits
Status composite
Value 1622027574425165130758688315664176158362643113143144721214318965869320193605086104275708675250510983668938782223591165442396673818564910862964185007190546733146073186798887932302663792106062893134019341723353206708822540515964372135531817337690508761661444591591200208070721603562538050909248025025128142412781872752330065193311428256736501736401725549296413561306169406237747947044565089148739271817188572058328857868221600864617481545623273947726103108801220084086544185894906291206855500640135660718037286837538146845924337278685876178943878897860897567300956517808911733254360345610314168489069393864566261490581471900505035226876355457545383930609699344707477965246541716029858944131993804865525300270162248879105439343467599482840708040953446479731420543554503612527480663206846847738757154073368710637635595979833391323863992730698301011812164896705972467026449573669588972147361437679983481219277187708911799483605173838787408065224233

Factorizations

Primary (ID: 147902) 3421102302281649284721873631 (proven prime)
(ID: 183753) 474124253268713966085970197117774527310873993706548031431373410909665162465660014377815251252395522570080623896577666438296919447356492637234885724146440546183027863823937115548389960663057237931114720667376525709294976998271597977264620552131703236216640508871214437749248991093002463354136688744891838278695571574024143579968867304268026449133107697378606279282449535745920030949887796008759619961097405680779624647563381762144711266966048190312141596389746928443401544612921050624459454876158536470016254505603195271768539786069277596960433158465063157712209944018948310351259652639176514526392530931146391266198684948489408181841387241378939144989542463506931075512334086995691012286495467537512211049822793659129633559002555709743163826089391505061915321113695012306468784378808892950157366686498282217705368699204069708354324487653403149010558237077011744511790174181266282808342107147931548106415027376945143 (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.