factordbrpc · fdb
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Inverse home prime · Base 22 of 3194 length 9 Not fully computed yet - the last known term is composite. ↓ .elf file
Show sequence-development graph
Term size (digits) across the sequence
How the sequence develops - decimal digits of each term vs iteration.
nStatus DigitsTermFactorization
0 Fully factored 4 3194 2×1597
1 Fully factored 5 35136 26×32×61
2 Fully factored 13 3355262297…58<13> 2×19×29×47×64780907
3 Fully factored 16 7344853027…16<16> 23×3×43×7117105647…13<13>
4 Fully factored 21 8069367550…18<21> 2×17×29×8183942748…63<18>
5 Fully factored 24 1917137692…40<24> 22×5×34877×2748426889…91<18>
6 Fully factored 27 6855560291…70<27> 2×3×5×19×1202729875…41<25>
7 Fully factored 30 2817466897…96<30> 24×14029×416077×242302133×12450339029<11>
8 Composite 37 8782836419…26<37> 2×17×2583187182…39<36>
↳ Open Open - the last known term is composite and not yet fully factored.
Open end - submit a factor of the remaining composite (36 digits) of term #8:
258318718228581352457276782207979339
Check for factors - let the server run a small P-1 / P+1 / ECM step on the composite:
level 0 done · takes up to a minute
From the command linefdb · curl
fdb
fdb seq view '3194' --type 72 --part last20
curl
curl -s 'https://factordb.com:4059/rpc' -H 'Content-Type: application/json' -d '{"jsonrpc":"2.0","id":1,"method":"sequence_view","params":{"start":{"expr":"3194"},"type":72,"part":"last20","fr":0}}'