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Forces and elasticity scenario: a trolley accelerates down a ramp while a timer records motion. Which answer best addresses Hooke's law and spring constant and the objective to use the equation force = spring constant x extension?

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Forces and elasticity

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Forces and elasticity scenario: a trolley accelerates down a ramp while a timer records motion. Which answer best addresses Hooke's law and spring constant and the objective to use the equation force = spring constant x extension?.

  1. A.In the trolley ramp scenario, apply force to use the equation force = spring constant x extension while keeping elastic versus plastic deformation separate.
  2. B.In the trolley ramp scenario, mix up elastic versus plastic deformation and ignore force.
  3. C.Use a general revision statement without applying Hooke's law and spring constant to the situation.
  4. D.Choose a different forces topic instead of explaining use the equation force = spring constant x extension.

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