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Question 2: A pendulum with a length of 0.2m oscillates in an environment with a damping coefficient (Y) 0.1s'. The amplitude of the pendulum, which starts to move from rest, decreases to 5° after 10 seconds. Write an expression as a function of time [0(t)] describing the motion of this object. (g=9,8m/s³)

Question 2: A pendulum with a length of 0.2m oscillates in an environment with a damping coefficient (Y) 0.1s'. The amplitude of the pendulum, which starts to move from rest, decreases to 5° after 10 seconds. Write an expression as a function of time [0(t)] describing the motion of this object. (g=9,8m/s³)

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Question 2: A pendulum with a length of 0.2m oscillates in an environment with a damping coefficient (Y) 0.1s'. The amplitude of the pendulum, which starts to move from rest, decreases to 5° after 10 seconds. Write an expression as a function of time [0(t)] describing the motion of this object. (g-9,8m/s³)
Transcribed Image Text:Question 2: A pendulum with a length of 0.2m oscillates in an environment with a damping coefficient (Y) 0.1s'. The amplitude of the pendulum, which starts to move from rest, decreases to 5° after 10 seconds. Write an expression as a function of time [0(t)] describing the motion of this object. (g-9,8m/s³)
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