In this figure a time sequence shows one complete cycle for the ...

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In this figure a time sequence shows one complete cycle for the vibration of an object on a spring. How would the equilibrium position of the object change if its mass were increased?
 a. It would go up.
  b. It would go down.
  c. It would remain the same.

Question 2

When an object is hanging on the end of a vertical spring and oscillating up and down, what is the frequency of the motion?
 a. The number of cycles it travels in a unit of time.
  b. The length of time the object takes to travel from one point it can reach back to the same point.
  c. Its journey from one point it can reach back to the same point.
  d. The distance the object travels from its highest point to its equilibrium point.
  e. The distance the object travels from its highest point to its lowest point.

[jointhecircus]

Answer to Question 1

b

Answer to Question 2

a

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TYSM

[juliaf]

Thanks for the timely response, appreciate it