Problem 1: A particle, moving with simple harmonic motion, performs 10 complete oscillations per minute and its speed, when at a distance of 80 mm from the center of oscillation is 3/5 of the maximum speed. Find the amplitude, the maximum acceleration and the speed of the particle, when it is 60 mm from the center of the oscillation. [Ans. 100 mm; 109.6 mm/s²; 83.76 mm/s]
Problem 1: A particle, moving with simple harmonic motion, performs 10 complete oscillations per minute and its speed, when at a distance of 80 mm from the center of oscillation is 3/5 of the maximum speed. Find the amplitude, the maximum acceleration and the speed of the particle, when it is 60 mm from the center of the oscillation. [Ans. 100 mm; 109.6 mm/s²; 83.76 mm/s]
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![Problem 1: A particle, moving with simple harmonic motion, performs 10
complete oscillations per minute and its speed, when at a distance of 80 mm from
the center of oscillation is 3/5 of the maximum speed. Find the amplitude, the
maximum acceleration and the speed of the particle, when it is 60 mm from the
center of the oscillation. [Ans. 100 mm; 109.6 mm/s²; 83.76 mm/s]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb6f06fb6-5503-498d-8450-5b1b5c53910a%2F217d2067-6751-4c3e-aec6-24b2bcb08e73%2Fuaqpg8g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 1: A particle, moving with simple harmonic motion, performs 10
complete oscillations per minute and its speed, when at a distance of 80 mm from
the center of oscillation is 3/5 of the maximum speed. Find the amplitude, the
maximum acceleration and the speed of the particle, when it is 60 mm from the
center of the oscillation. [Ans. 100 mm; 109.6 mm/s²; 83.76 mm/s]
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