183_notes:example:videotutorial1

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183_notes:example:videotutorial1 [2016/08/08 17:31] waterso8183_notes:example:videotutorial1 [2016/08/13 21:57] (current) waterso8
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-===== Example: Predicting the location of an object undergoing constant force motion =====+===== Example: Box moving down a Ramp =====
  
  
  
 === Video ==== === Video ====
 +Part 1: A 25 kg box sits on a 20 degree incline ramp.
  
-{{ 183_notes:examples:example.png|Displacement vector}}+a) Calculate the parallel and perpendicular components of gravitational force acting on the box. 
 +{{youtube>_3TOlRGsTTo?large}}
  
 +
 +----
 +
 +Part 2:
 +
 +b) Starting with the simpler diagram, draw vectors representing all of the forces acting on the box.
 +{{youtube>3WTduUNw7Ag?large}}
 +
 +
 +----
 +
 +Part 3:
 +
 +c) The ramp has a 5 m height. If the box starts from the top at rest, what is its final velocity at the bottom after sliding down?
 +{{youtube>cIbU01QPmGg?large}}
 +
 +
 +
 +----
 +For a more in-depth explanation of the Kinematic equations, feel free to view the [[183_notes:examples:videoswk3|video examples]] under week 3.
 === Four Quadrants === === Four Quadrants ===
  
 +
 +{{183_notes:examples:fgrav_components_quadrant.png}}
  
  
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