A child sets a toy bouncing on the end of a spring with amplitude 0.25m and angular frequency 5.4rad/s. This is represented by the reference circle below: Answer: A What is the value of the angle in radians? ( Answer: Using your (unrounded) answer to the previous question, how long does t take the toy to travel from the top to the half way position?

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A child sets a toy bouncing on the end of a spring with amplitude 0.25m and angular frequency 5.4rad/s. This is represented by the reference circle below:
What is the value of the angle in radians?
Answer:
Using your (unrounded) answer to the previous question, how long does it take the toy to travel from the top to the half way position?
Answer:
Transcribed Image Text:A child sets a toy bouncing on the end of a spring with amplitude 0.25m and angular frequency 5.4rad/s. This is represented by the reference circle below: What is the value of the angle in radians? Answer: Using your (unrounded) answer to the previous question, how long does it take the toy to travel from the top to the half way position? Answer:
0000000
000000
Answer:
0.10 m
The child mentioned previously has another identical toy. When both toys are bouncing they have the same angular frequency (5.4 rad/s).
If both toys are bouncing with amplitude 0.18m, and they pass each other, one going up the other going down, at a distance 0.10m up from the central position what is the value of the phase
angle between them (in radians)?
Transcribed Image Text:0000000 000000 Answer: 0.10 m The child mentioned previously has another identical toy. When both toys are bouncing they have the same angular frequency (5.4 rad/s). If both toys are bouncing with amplitude 0.18m, and they pass each other, one going up the other going down, at a distance 0.10m up from the central position what is the value of the phase angle between them (in radians)?
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