For the following exercises, construct an equation that models the described behavior. A spring attached to the ceiling is pulled 7 cm down from equilibrium and released. The amplitude decreases by 11% each second. The spring oscillates 20 times each second. Find a function that models the distance, D, the end of the spring is from equilibrium in terms of
Chapter 7, 7.6 Exercise #38
For the following exercises, construct an equation that models the described behavior.
A spring attached to the ceiling is pulled 7 cm down from equilibrium and released. The amplitude decreases by 11% each second. The spring oscillates 20 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.
This problem has been solved!
Do you need an answer to a question different from the above? Ask your question!
Answer
In general, D(t) = A(t)sin(2ft), where A(t) is the amplitude, f = 6s-1 is the freq…View the full answer
Related Book For 
