What is the time constant of an oscillator if its amplitude of oscillation is decreased to 27.9% of its original value in 9.70 s? 7.60 s 1.46 s 15.2 s 3.80 s
Question
Solution 1
The time constant of an oscillator is defined as the time it takes for the amplitude of oscillation to decrease to 36.8% (or 1/e) of its original value.
Given that the amplitude of oscillation decreased to 27.9% in 9.70 seconds, we can use the formula for exponential decay to find the time constan Knowee AI StudyGPT is a powerful AI-powered study tool designed to help you to solve study prob
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What is the time constant of an oscillator if its amplitude of oscillation is decreased to 27.9% of its original value in 9.70 s? 7.60 s 1.46 s 15.2 s 3.80 s
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