For the following exercises, construct an equation that models the described behavior. A spring attached to the ceiling is pulled 17 cm down from equilibrium and released. After 3 seconds, the amplitude has decreased to 13 cm. The spring oscillates 14 times each second. Find a function that models the distance, D, the end of the spring is from equilibrium
Chapter 7, 7.6 Exercise #39
For the following exercises, construct an equation that models the described behavior.
A spring attached to the ceiling is pulled 17 cm down from equilibrium and released. After 3 seconds, the amplitude has decreased to 13 cm. The spring oscillates 14 times each second. Find a function that models the distance, D, the end of the spring is from equilibrium in terms of seconds, t, since the spring was released.
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Answer
An equation that models the described behavior above is: Change in distance = 0.707(t + 2) +…View the full answer
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