That's 9^6 combinations, or 531441. Assuming that each combination takes 1 second to input, that's about 147.6225 hours, or 6.15 days straight. assuming he tried combinations for 8 hours a day, that means he would be stuck with the cage for around 18.5 days. (2.6 weeks) Unfortunately due to his massive paws hindering combination inputing, he will most likely not be getting out that soon.

"This is the LockPickingLawyer, and what I have for you today is a 6-barrel Nook Inc chastity lock, sent to us by Raymond, along with Raymond himself"

therollingcow said:
That's 9^6 combinations, or 531441. Assuming that each combination takes 1 second to input, that's about 147.6225 hours, or 6.15 days straight. assuming he tried combinations for 8 hours a day, that means he would be stuck with the cage for around 18.5 days. (2.6 weeks) Unfortunately due to his massive paws hindering combination inputing, he will most likely not be getting out that soon.

Seriously, between 0 and 9 are 10 possible choices, not 9, so in the end you almost divided posibilites by 2

One million possible combinations

therollingcow said:
That's 9^6 combinations, or 531441. Assuming that each combination takes 1 second to input, that's about 147.6225 hours, or 6.15 days straight. assuming he tried combinations for 8 hours a day, that means he would be stuck with the cage for around 18.5 days. (2.6 weeks) Unfortunately due to his massive paws hindering combination inputing, he will most likely not be getting out that soon.

Bro forgot to count zero as a digit. You don't even need to do exponential math to know 0-999,999 is one million possible combinations.

therollingcow said:
That's 9^6 combinations, or 531441. Assuming that each combination takes 1 second to input, that's about 147.6225 hours, or 6.15 days straight. assuming he tried combinations for 8 hours a day, that means he would be stuck with the cage for around 18.5 days. (2.6 weeks) Unfortunately due to his massive paws hindering combination inputing, he will most likely not be getting out that soon.

I mean bolt cutters exist

disposable4541 said:
I mean bolt cutters exist

I dunno about you guys, but personally I don’t want a peenor snipper near my peenor.

sillybillycat said:
I dunno about you guys, but personally I don’t want a peenor snipper near my peenor.

Me either, but it sounds preferable to guessing combinations for hours and hours.

fadeithefemboy said:
One million possible combinations

it actually is
that's pretty cool

It's probably the release day of the first Animal Crossing - the combination would include 14 (14th), 12 (December), 01 (2001) - therefore there are 6 logical first attempts - 141201, 140112, 121401, 120114, 011214, 011412.

disposable4541 said:
I mean bolt cutters exist

The solution to almost all "I have locked your dick in this cage and broke the key" situations

therollingcow said:
That's 9^6 combinations, or 531441. Assuming that each combination takes 1 second to input, that's about 147.6225 hours, or 6.15 days straight. assuming he tried combinations for 8 hours a day, that means he would be stuck with the cage for around 18.5 days. (2.6 weeks) Unfortunately due to his massive paws hindering combination inputing, he will most likely not be getting out that soon.

Unless this is an extremely well made lock you can almost certainly just feel which options are correct - in my experience pulling up on the shackle while trying each digit for each dial will let you feel when the correct digit is in place, as it'll shift minutely. Or probably just shim it open, but y'know.