Asked by Help
consider the following: A point on the tip of a tuning fork vibrates in harmonic motion described by the equation d=10sin(ωt).
1. ω for a tuning fork that has a frequency of 535 vibrations per second. (I don't understand this question)
2. How many cycles does the fork complete in 1 minute?
1. ω for a tuning fork that has a frequency of 535 vibrations per second. (I don't understand this question)
2. How many cycles does the fork complete in 1 minute?
Answers
Answered by
David
you need to know that relationship that in that form, w = 2*pi*frequency
thus w = 2*pi*525
2)cycles per 1 minute = 60 seconds *frequency = 60 * 535
thus w = 2*pi*525
2)cycles per 1 minute = 60 seconds *frequency = 60 * 535
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