Let's see if we can count to a million

[MichaelDebeve]

1

 

[speckyget]

Or we could show a bit of ambition and go with Graham's number, the last 13 digits of which are 7262464195387, and the preceding digits mean that you can't actually fit the number into the observable universe. Anyone else game?

 

[MichaelDebeve]

1

 

[Heam44]

2

 

[OnTheDeck]

11

 

[MichaelDebeve]

Juan

 

[Merlin]

Might be easier if we just count supermodels instead really - i dunno how many’s on here mind so I’m gonna have to have a closer look

 

[goalscrounger]

11

There are 10 different kinds of people, those who understand binary and those who don't.

 

[HarryVegas]

1

 

[El Guapo]

42

Shiit double post.

 

[Sheriff_John_Bunnell_ret]

What if you got near the end and someone jumped a few numbers... would you have to start from one again?

Yes

 

[Sheriff_John_Bunnell_ret]

I mean 1.

 

[boroboy6872]

Might be easier if we just count supermodels instead really - i dunno how many’s on here mind so I’m gonna have to have a closer look

Keep losing count

 

[xxlshirts_fit_all]

Twelvetythree….

 

[Centralscrutinizer]

Keep losing count

Only using the fingers on one hand :unsure: :LOL:

 

[BlindBoyGrunt]

Only using the fingers on one hand :unsure: :LOL:

Speak for yourself.

 

[xxlshirts_fit_all]

Eleventytwo?

 

[MichaelDebeve]

ONE

 

[sweet_left_foot]

Zero

 

[Malaguena]

Or we could show a bit of ambition and go with Graham's number, the last 13 digits of which are 7262464195387, and the preceding digits mean that you can't actually fit the number into the observable universe. Anyone else game?

I'm in (y)