Conundrum

lol @ thread title

Here's a few, be gentle.

So in strict confidentiality can I send you a picture and you tell me if it's enough? That would be fabulous, thanks... /sits at PM box hitting f5 over and over......

I have a habit of using the 1,000ft for downwind leg, 500ft for crosswind leg and 250 for final turn method, so I usually glance at my altimeter so I know where I am.

Brother, you do realize that you really don't want to know the answer to this Wtf, I'm a woman. lol

Girth.

Guess I should have said " the guys ego", but.... you know what I mean.

This is strictly confidential

Who says that??? Not me.

What do you think every weekend at the dz is?

People are way to sensitive.

We have a business casual dress code here. I WISH I could just waltz in with a pair of jeans on.

An object which is falling through the atmosphere is subjected to two external forces. One force is the gravitational force, expressed as the weight of the object. The other force is the air resistance, or drag of the object. The magnitude of terminal velocity depends on the weight of the falling body. For a heavy object, the terminal velocity is generally greater than a light object. This is because air resistance is proportional to the falling body's velocity squared. For an object to experience terminal velocity, air resistance must balance weight. An example that shows this phenomenon was the classic illustration of a rock and a feather being dropped simultaneously. In a vacuum with zero air resistance, these two objects will experience the same acceleration. But on the earth this is not true. Air resistance will equal weight more quickly for the feather than it would for the rock. Thus the rock would accelerate longer and experience a terminal velocity greater than the feather. The maximum velocity an object can reach while falling through the air is called the "terminal velocity". As something falls though air, there is an upward force on it due to the air itself (called air resistance). The size of this force gets larger as the speed of the falling object increases. Eventually, when the speed of the falling object is big enough, the upward force due to the air will equal the downward force due to gravity. When this happens the object won't speed up any more, and will just keep falling with the same speed (the terminal velocity).

Cats pretty much take care of themselves.

I'm not actually set on an IPOD. That's why I posted this. Thanks! Then why say "I want an IPOD!" When what you really want, is an MP3 holder.

Apparently he just had killed his ex-wife and the babysitter (I heard).

haha, awesome!

Searched to no avail, so here's a vid I just watched: http://www.wilsoncalvert.com/videos/stlcrash.wmv

Hell no.

You've got to be kidding, you really don't know? He's done tons of good movies: Saturday Night Fever Grease Moment by Moment Urban Cowboy Blow Out Two Of A Kind Staying Alive Perfect Look Who's Talking Look Who's Talking Too SHout Look Who's Talking Now Pulp Fiction White Man's Burden Get Shorty Broken Arrow Michael Phenomenon She's So Lovely Face/Off Colors The Thin Red Line A Civil Action The Generals Daughter Lucky NUmbers Swordfish Domestic Distrurbance Basic The Punisher Ladder 49 Be Cool I

You put "on" instead of "one" on one of the choices, and on another you put "Woman" instead of "Man"

Yikes, that's just way to young to be doing all that. I don't think kids should be having kids.

Mine is also approaching (April). I have no idea what I want.

A post I made a while ago was deleted because it had to many views/replies

I'll think of something.