You're doing it all wrong.
You need a pebble reactor to power the weiner rotator, and then a fire hydrant to provide the humidity.
Oooohhh..... I hear what you're saying, Kris - but I'd be careful about recommending the fire hydrant humidification option. That does work in cerrtain applications, but the water pressure varies from location to location, and may always not be as consistent as it should be. Electricty has come a LONG way (hence the pebble reactor working well), but water distribution is not nearly as devloped.
I'd stick with pucks, if I were you. They're cheap and easy to use - and you can find them in virtually every sports venue, and most decent bars. The only catch being that woman will not find them in their washrooms...
but, were you wearing sneakers or boots? If you had your boots on, a 3 story one would have done...so I'm told![]()
Well, hell George, throw the young 'uns a bone and give them the real skinny on stick rotation indicators, methods, and equipment. I'm sure you can see from the posts in this thread it is sorely needed.
I would pass it on, but everyone knows I'm not as generous as you are, and besides, I use the ggiesefoolproofevenhumiditymethod and the patent hasn't expired yet. I don't need you suing me. Again.
geesh i'm bored
one questions on the rotating.
Does the rotational force smooth out the edges on the box pressed sticks?
All this talk of rotation is making me sick.
My wife mentioned something to me the other day about "rotating sticks". I wonder if this is what she meant by it....hmmmm![]()
Ooohh... I dunno Kris. A popular misconception.
I know it's rhetorical, but formally the angular momentum of a point object is defined as the cross product of the object's position vector (a measure of an object's resistance to changes in its rotation rate) and the linear momentum vector. By that definition, angular momentum cannot possibly be the same as linear momentum.
Holy shit, you guys are making my head hurt![]()
Oh, now THIS will make your head really thump.
Ah yes, I can see that. However there will be both a slowing of momentum from friction and curvature of the linear path due to gravity.
For example, a projectile (arrows, bullets, artillery shells, etc.) will eventually slow down from atmospheric friction which allows gravity to alter the projectiles course. This arguement can also be used for light, since light waves can be altered by gravity (red shift) and be effected by interstellar dust or other celestial bodies that the light would have to pass through.
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