Factor Info

ID 144568
Size 909 digits / 3018 bits
Status composite
Value 315965125051665004407648862155085425084791038586765568613230449861057539028829163705257137561156092932183721437061249838064234783734365439963026269753627077240276941720939490201154528477036392151231811850108522666931180751767276724937772576111316893962144537540498411035457667926605609323871029389694688004510851297233837222389268381795365313065886535494752573959685101457345618818311414142719728598455026780741494018877136925969060952842774567698200708725936845663968598077887452477394766167873953162584902937917350178279368750055584007580234946544866354334329752230193719291175377511351235951930291264545165415812847073320402744413363535412884176266388435798163242463700739713755076905943859462328533076589382000795666533238613560267616415396142463594053780896049727385795615746913991337869551325971218933519119210003628241540695600879120372533653738814525718798294297310366322246583847896849089785853765213

Factorizations

Primary (ID: 143399) 35885926471387445068822183 (proven prime)
(ID: 144569) 8804708589691566485909510388366400790712893980165963683844431463417243043695413925988514345800312987447995960278102949686323126303460119468862057463506414096348533383847089699722176541144534803155908313579835236844910883616659864488360149043932347008422164749996799935781777634547882588328337340032731228168362292720874797755984192320260321095780518811275013626393585114871426642463821634281166316293772715495779670760167706335205446927688431232909602018694422231449243195119811250075093554132591918233525729544587923563859251939229327988741133046432999704760229945537846361597198686794815664019379515148053813754860625498145554211301204547732159580386835200041541752425964882409787760234140679120401194314017784353502970880059773215146247564512415247966020571132206413590560034694977453667757251928155945305353240687638044256735724853578299024057933349894582203306100601756383256411 (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.