Independent Practice: Directions: Do what is asked. Write your answer on the space provided for. 1. A point P moving in a simple harmonic motion makes 10 complete revolutions every 1 second. The amplitude of the motion is 3 m. Assuming that P is at its minimum displacement with respect to the equilibrium when t = 0 and there is a vertical shift of 2 m downward, find a sine function that describes the path traced by P in terms of time t Answer:
Independent Practice: Directions: Do what is asked. Write your answer on the space provided for. 1. A point P moving in a simple harmonic motion makes 10 complete revolutions every 1 second. The amplitude of the motion is 3 m. Assuming that P is at its minimum displacement with respect to the equilibrium when t = 0 and there is a vertical shift of 2 m downward, find a sine function that describes the path traced by P in terms of time t Answer:
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Transcribed Image Text:Independent Practice:
Directions: Do what is asked. Write your answer on the space
provided for.
1. A point P moving in a simple harmonic motion makes 10
complete revolutions every 1 second. The amplitude of the
motion is 3 m. Assuming that P is at its minimum
displacement with respect to the equilibrium when t = 0 and
there is a vertical shift of 2 m downward, find a sine function
that describes the path traced by P in terms of time t
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Answer:
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