archenemy

I sit around and wait for me to post

and it beats dressing up in a lab coat and pretending to be a doctor. except that, "Take off your clothes, I'm a doctor" part pretty much beats anything else on the list of fun things to do at work.

Worked for KISS.

Glad I don't work while I'm here either.

I'd love to see you out comedian a comedian.

Mastadon fucking rocks!!! They are fun and driving. I will spit on the bouncers for you next time I'm there. Thinking of ya! And I think your behavior sounds perfectly appropriate. I don't know what's up with the bouncer issue. Maybe they were jealous after they super searched you and felt up your climber's physique. It made them angry. They had it out for you. After they booted you, they went looking for your wife to buy her a drink and try to schmooze her. Those fatasses suck. Jerks.

I think the car was more copper colored than atomicanything

my equations didn't come through. Sorry. The punchline was supposed to be "you're number one", but I fucked up. Someone take my propeller hat off me.

In a set equipped with a binary operation called a product, the multiplicative identity is an element such that for all . It can be, for example, the identity element of a multiplicative group or the unit of a unit ring. In both cases it is usually denoted 1. The number 1 is, in fact, the multiplicative identity of the ring of integers and of its extension rings such as the ring of Gaussian integers , the field of rational numbers , the field of real numbers , and the field of complex numbers . The residue class of number 1 is the multiplicative identity of the quotient ring of for all integers . If is a commutative unit ring, the constant polynomial 1 is the multiplicative identity of every polynomial ring . In a Boolean algebra, if the operation is considered as a product, the multiplicative identity is the universal bound . In the power set of a set , this is the total set . The unique element of a trivial ring is simultaneously the additive identity and multiplicative identity. In a group of maps over a set (as, e.g., a transformation group or a symmetric group), where the product is the map composition, the multiplicative identity is the identity map on . In the set of matrices with entries in a unit ring, the multiplicative identity (with respect to matrix multiplication) is the identity matrix. This is also the multiplicative identity of the general linear group on a field , and of all its subgroups. Not all multiplicative structures have a multiplicative identity. For example, the set of all matrices having determinant equal to zero is closed under multiplication, but this set does not include the identity matrix.

If I could just get 4 10s, I'd be happy.

What is "rich" anyway? No one ever says they are rich.

All that for some pretentious makeup wearing wankers who used to hang out behind the trailer smoking cigaretts while skipping woodshop class.

talent just oozes from me

I see your new avatar. It's pretty sweet. I used to have a Beeker that was a finger puppet.

Is the little girl in the front holding the girl in the orange by her leash?

with sour cream in the middle and a strip of caviar on it. Yum.

either that or my dog isn't hott enough.

"The defense was able to introduce some evidence about strife in the marriage. I don't think that was supported, but apparently the jury gave it some weight." Is there any marriage that doesn't have "some strife" in it? Lame.

I am crying I am laughing so hard. I just emailed this to my boss. He didnt' think it was so funny.

Nothing that causes that much pleasure contains any calories.

good idea. I even have my workout stuff here at locker room. Better yet, I think I'll just ditch at lunch and take out my bike!!

Sweet! I have some great sledneck pics, but they are on film

Wha? I'm not very bright. I fall down a lot.

I just ate a donut. I don't think I am going to win this contest.