Factor Info

ID 72301
Size 944 digits / 3136 bits
Status composite
Value 69192118255451685049580910653261164790487753746876441741927347120400292212889806539235706832785816035683678007351964042048045694756466623929693254806597111421155418799421349675416850022921370068908936751508391772675176274401084786329131052844118777622407609527834872401427969957539487446167099868252664291556788520083052395280806898081045132093143187678833650146978411415615595667881381565648393587200203658821183909911106140944120065416874340830348281865500771733108466145286079347015259785594139423972808006837167475467110124996126465573847588161202933628706901170273897935548241506906407896258804641621768357047377424509482555516150906516171632614294659064242158128635886006799185074904133850931569159891898050028994081750425759711037809864241369312589206989437413197267779957202117425421808093882883305706171078624794659605732338880104664525474574041304673932570469869875030461354655241503433678775443859948124594843837909487294108919073769

Factorizations

Primary (ID: 72302) 428128390922983228744481 (proven prime)
(ID: 72303) 161615346523232039577917434944337284222323534652321539277126909764087166914096016476298590551720807382371571439746759934146399006996121563774766516338418177089834006207877991327510123263848156471633206832834292348508267058309112998217984441758460577417167766631437301792303021063682288471974685592448161742438304238197896328460302444487736156705485565149782373080587751220887916391987604118707718771712230287952624054606915376360169741192166714683140144339915454380048267801576515267756454491568562123280740057055130983664252018686307860387153565442584743926727942529034837701341968699873682021044341903936898626850978316586183147767393927041893149511889250088265204421292318210883332516798814764941424711716273297530635430792507313257347440819168746521646445730167152109042377125213781380642974880816599101602882681057996440687132725688773209236637858252403397191341023244072708269383020291075548895578949620964437858249 (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.