Quote:
|
Originally Posted by KenWittlief
ok, now you got me laughing :^)
if the plane cannot move then the conveyor belt cannot move either. When the planes 'speed' is zero the conveyor belt speed is also zero !
|
Define "move".
The wheels may counteract and spin in the opposite axial direction and thus they will "move" but my thoughts are since they cancel each others linear "move"ment out, then technically this is a trick question, cause the plane is not "moving" as most people think of as moving.
When I think of a car "moving" it's displacement is constantly changing. Down the highway. But who's to say that same car on my dyno is not "moving". It's not moving linearly, but the wheels are moving axially.
Quote:
|
Originally Posted by greencactus3
static and kinetic friction
|
Thanks. I should of know that. lol
Oh, and does anyone foresee an episode of mythbusters coming on about this????
