Write the word or phrase that best completes each statement or answers the question.
Solve the problem.
-A weight is suspended on a system of spring and oscillates up and down according to $$P = 0.1 [ 3 \cos ( 8 t ) - \sin ( 8 t ) ]$$
where $P$ is the position in meters above or below the point of equilibrium $( P = 0 )$ and $t$ is time in seconds. Find th time when the weight is at equilibrium. Find all values of $t , 0 \leq t \leq 1$, rounded to the nearest $0.01$ second.

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The Answer of Write the word or phrase that best completes each statement or answers the question.
Solve the problem.
-A weight is suspended on a system of spring and oscillates up and down according to $$P = 0.1 [ 3 \cos ( 8 t ) - \sin ( 8 t ) ]$$
where $P$ is the position in meters above or below the point of equilibrium $( P = 0 )$ and $t$ is time in seconds. Find th time when the weight is at equilibrium. Find all values of $t , 0 \leq t \leq 1$, rounded to the nearest $0.01$ second.

Write the Word or Phrase That Best Completes Each Statement P=0.1[3cos⁡(8t)−sin⁡(8t)]P = 0.1 [ 3 \cos ( 8 t ) - \sin ( 8 t ) ]P=0.1[3cos(8t)−sin(8t)]

Write the Word or Phrase That Best Completes Each Statement $P = 0.1 [ 3 \cos ( 8 t ) - \sin ( 8 t ) ]$