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  1. see video
  2. see video
  3. $v_{max} = \sqrt{v_o^2 + \dfrac{kx_o^2}{m}}$
  4. $x_{max} = \sqrt{x_o^2 + \dfrac{mv_o^2}{k}}$

Giancoli 7th Global Edition, Chapter 6, Problem 38

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Chapter 6, Problem 38 is solved.

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