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Simple harmonic motion: Pendulum

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Wize University Physics Textbook (Master) > Periodic Motion: Oscillations

Underdamped Oscillations

4 Activities

A large pendulum has 10 m10\ mlength and it has a mass of 50 kg50\ kg attached to that. The pendulum is oscillating in an under-damped condition. The initial amplitude of the oscillation is 1.2 m1.2\ mand it drops to 0.90 m0.90\ mafter 5 days. Calculate the time it takes for the total energy of this pendulum to drop by 110\frac{1}{10}factor (in days) . Include 3 decimal places in your answer.
More Underdamped Oscillations Questions:
Simple Harmonic Motion: Pendulum
A large pendulum has 10 m length and it has a mass of 50 kg attached to that. The pendulum is oscillating in an under-damped condition. The initial amplitude of the oscillation is 1.2 m and it drops to 0.90 m after 5 days. Calculate the time it takes for the total energy of this pendulum to drop by 1/10 factor.
Underdamped Oscillation
A mass-spring (m=1kg, k=10N/m, b=1 Kg/s) starts oscillation at time 0;
a) What is the frequency of oscillation?
b) By how much does the amplitude decrease after 3s?