183_notes:examples:finalloccf

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183_notes:examples:finalloccf [2014/07/11 15:56] – pwirving183_notes:examples:finalloccf [2014/07/14 17:08] (current) – caballero
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 ===== Example: Predicting the location of an object undergoing constant force motion ===== ===== Example: Predicting the location of an object undergoing constant force motion =====
  
-The fan cart in the video below is observed to [[183_notes:acceleration|accelerate]] uniformly to the right. The air exerts a [[183_notes:constantf|constant force]] on the blades that is around $0.45 N$. Determine the how far the has traveled after $2.2 s$ if the cart starts from rest.+The fan cart in the video below is observed to [[183_notes:acceleration|accelerate]] uniformly to the right. The air exerts a [[183_notes:constantf|constant force]] on the blades that is around $0.45 N$. Determine the how far the fan cart has traveled after $2.2 s$ if the cart starts from rest.
  
 === Facts ==== === Facts ====
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     * the force applied by the track (directly upward)     * the force applied by the track (directly upward)
     * a frictional forces and air resistance that resist the motion     * a frictional forces and air resistance that resist the motion
-  * The acceleration due to gravity is 9.8 $\dfrac{m}{s^2} and is directed downward.+  * The acceleration due to gravity is 9.8 $\dfrac{m}{s^2}$ and is directed downward.
  
 === Lacking === === Lacking ===
  • 183_notes/examples/finalloccf.1405094194.txt.gz
  • Last modified: 2014/07/11 15:56
  • by pwirving