Factor Info

ID 186334
Size 909 digits / 3018 bits
Status composite
Value 264570047349684354289235317242949971440610114690278564367792058371369836487910803853995791814041024479769171454128631329953144385018968165467572493863800092229859770086974097919754575207917307295453819489762980617185931276784407782712875274655308264608748458769156798657960527344657848450378138520206530082958698986880310187399928974716845538071043079484329419050540149573996110792099157971235671096303026752094472160126612423833866583568965847399057174556667755300500082329610758672877719901290378674572444887955576461237180020912446375681518284876691653347162608878501640875058492437154929059534710033164910881712067580038506239763363787128019082222701384301254567577900734358750819138387817797905820678765442004705253465144418804649383662293478147169541663152832322914433222928558924328585223800668562765354027729836780720674969005703917601587527734086003247283540892915696429427972025342865702745592216497

Factorizations

Primary (ID: 183984) 4325123007380226191844233740149469064836027 (proven prime)
(ID: 186335) 61170525531466281905284877987478914587554920918943241264793864829122012260685601446997087198983232479972694059721453368244763013218144851422493630484715829962899929644063913023303217957607362915108546841914642652181932021021512106472506498841559304757016420035382220402819667744620814122053721516940151475743679567413733834588293394034257934449331575874658686173599101148845957368611859368116834923705022260224116403699951123065213343046441177133236152912350166092200022212570757399802077892597110494356279212156381925781588094416464263789835908614893048088627854071643569507235687887384908582785547401516961260988916273411070313758996367705681983406651833102848588428750025732424881549916033595881514765970380035190195544443295885174065468084613358489649487916716085555560417714289674420574029626881455692521946403830581688667968464123350167801445644576722352052611 (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.