Re: Happy Halloweeeeeeeeen!
We had the porch light on even tho the "judge" said it was "against the law" to do so. We only had 3 trick or treaters come by.
1 Attachment(s)
Re: Happy Halloweeeeeeeeen!
Re: Happy Halloweeeeeeeeen!
Re: Happy Halloweeeeeeeeen!
Quote:
Originally Posted by
Erasor
Well to late
Literacy cat is not amused...
Re: Happy Halloweeeeeeeeen!
Quote:
Originally Posted by
Artemis
Quote:
Originally Posted by
Erasor
Well to late
Literacy cat is not amused...
Perhaps he did mean that he fell in a well and became tardy. :idunno:
Re: Happy Halloweeeeeeeeen!
Quote:
Originally Posted by
megabyteme
Quote:
Originally Posted by
Artemis
Literacy cat is not amused...
Perhaps he did mean that he fell in a well and became tardy. :idunno:
Or maybe he pissed in to a well, thinking it was a toilet.
Re: Happy Halloweeeeeeeeen!
Quote:
Originally Posted by
Erasor
Well to(o) late
No just incredibly early.
Glass half full,obviously.
Re: Happy Halloweeeeeeeeen!
Quote:
Originally Posted by
IdolEyes787
Quote:
Originally Posted by
Erasor
Well to(o) late
No just incredibly early.
Glass half full,obviously.
Actually, it would be almost impossible for a glass to be either half full or half empty. At atomic level, there would be an odd number of atomic particles meaning that one side would always have one more particle than the other side. Also the 'half full or half empty' scenario doesn't take into account evaporation or condensation, which can deplete or enhance the level with the glass environment. Finally, since glass is porous anyway, it will, over time, leak fluid away, through absorbtion.
So, the glass cannot be half full, within any degree of acuracy.
Re: Happy Halloweeeeeeeeen!
Quote:
Originally Posted by
TheFoX
Quote:
Originally Posted by
IdolEyes787
No just incredibly early.
Glass half full,obviously.
Actually, it would be almost impossible for a glass to be either half full or half empty. At atomic level, there would be an odd number of atomic particles meaning that one side would always have one more particle than the other side. Also the 'half full or half empty' scenario doesn't take into account evaporation or condensation, which can deplete or enhance the level with the glass environment.
Finally, since glass is porous anyway, it will, over time, leak fluid away, through absorbtion.
So, the glass cannot be half full, within any degree of acuracy.
Yer dad's condom leaked.
Re: Happy Halloweeeeeeeeen!
Quote:
Originally Posted by
TheFoX
Actually, it would be almost impossible for a glass to be either half full or half empty. At atomic level, there would be an odd number of atomic particles meaning that one side would always have one more particle than the other side. Also the 'half full or half empty' scenario doesn't take into account evaporation or condensation, which can deplete or enhance the level with the glass environment. Finally, since glass is porous anyway, it will, over time, leak fluid away, through absorbtion.
So, the glass cannot be half full, within any degree of acuracy.
The glass is half filled with glass,Stephen Cawkings.
Also for the less anal it's just an expression like when I say that "Dion is a halfwit", when everyone knows in actuality he has no wit.:)
It's too early in the morning so I'm going to assume "degree of acuracy" is Art hacking your account and trying to be funny in an ironic sheep herder sort of way.