Graph #4: Petunia the Particle This is a graph that shows Petunia's position with respect to time. Here are some very specific questions about Petunia's journey: 1. What is Petunia's displacement from t 0 to t 8? 2. What is Petunia's total distance from t 0 to t = 8? 3. When was Petunia at rest? Explain your thinking. What were you looking for? 4. Was Petunia speeding up at t = 3? Justify your answer. %3D
Graph #4: Petunia the Particle This is a graph that shows Petunia's position with respect to time. Here are some very specific questions about Petunia's journey: 1. What is Petunia's displacement from t 0 to t 8? 2. What is Petunia's total distance from t 0 to t = 8? 3. When was Petunia at rest? Explain your thinking. What were you looking for? 4. Was Petunia speeding up at t = 3? Justify your answer. %3D
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Transcribed Image Text:Graph #4: Petunia the Particle
This is a graph that shows Petunia's position with respect to time.
Here are some very specific questions about Petunia's journey:
1. What is Petunia's displacement from t = 0 to t = 8?
2. What is Petunia's total distance from t 0 to t = 8?
3. When was Petunia at rest? Explain your thinking. What were you looking for?
4. Was Petunia speeding up at t = 3? Justify your answer.
N y= 3- x(sin x){0<x<8}
5.
10-
(2x)
(4.913, 7.814)
= xVx
y = 6
-5-
y
(0, 3)
(2.029, 1.18)
(6.744, 0)
10
*****
erad by
(7.979,-4.917)
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