Now that looks like a comphy bike to ride! Big beast too!
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Red/Black Freeflow Lotus Racegun
Red/Black Acid BPS Twister Cocker
Bright Black Y-Grip/Warp ULE Mag
Blue 99 Dark Angel w/Matching Accessories
Matte Black Stock Class Sniper 2
Feedback: http://www.automags.org/forums/showthread....&threadid=94972 -
you bought a goldwing :P
my grandparents ride one, its all tricked out with pretty lights and pin stripes and such.... and antennas and CB's
they are a member of GWRRA
[21:00] < FunkTehChillinMunky > I've got a Warped Sportz Dark TalonComment
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You need to get one of those little matching trailers too.
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and a Jack Russell w/ Goggles.
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DIRTY ROTTEN SCOUNDRELS (Rob Kenny and Matt Bradley) LIVE @ www.djinnuendo.com TUES 2/8 - 8 to 10PMComment
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i have a black lab
from the judge in the WDP v Sp case.... " i find it significant that aside from a somewhat limited notebook produced by gaston, the four named inventors offer NO documentation of there work or there contributions to the conception or reduction to practice of the claimed invention"Comment
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Tee hee, Wallace and Gromit.Comment
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No such thing as centrifugal force man, get your physics right.Comment
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physics right, spelling wrong.
from the judge in the WDP v Sp case.... " i find it significant that aside from a somewhat limited notebook produced by gaston, the four named inventors offer NO documentation of there work or there contributions to the conception or reduction to practice of the claimed invention"Comment
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Centripetal acceleration and force due to it.
No such thing as centrifugal force.Comment
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If you're spinning a ball on a string and let go, it follows the path it was following, it doesnt fly off tangential to the direction of motion like centrifugal force would suggest.
Nice bike though, although the sidecar isn't my cup of tea.*centrifugal force A force supposed to act radially outward on a body moving in a curve. In fact there is no real force acting; centrifugal force is said to be a 'fictitious' force, and the use of the term is best avoided. The idea arises from the effect of inertia on an object moving on a curve. If a car is moving around a bend, for instance, it is forced in a curved path by friction between the wheels and the road. Without this friction (directed toward the center of the curve) the car would continue in a straight line. The driver also moves in the curve, constrained by the friction with the seat, restraint from a seat belt, or a 'push' from the door. To the driver it appears that there is a force radially outward pushing his or her body out -- the centrifugal force. In fact this is not the case; if the driver fell out of the car he or she would move straight forward at a tangent to the curve. It is sometimes said that the centrifugal force is 'reaction' to the centripetal force -- this is not the case. (The 'reaction' to the centripetal force is an outward push on the road surface.) See also centripetal force.*Last edited by mcveighr; 04-18-2006, 07:35 PM.Comment
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