The equation of a certaintransverse wave traveling along a string is give by
y=(1.16 mm)sin((21.6 m^-1)x - (768 s^-1)t).

For this wave find the:a)amplitude, b)frequency, c) velocity, and d) wavelength. Also, e)find the maximum transverse speed of a particle of tehstring.

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Casey DurganLv2

2 Jun 2019

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The equation of a certaintransverse wave traveling along a string is give by
y=(1.16 mm)sin((21.6 m^-1)x - (768 s^-1)t).

For this wave find the:a)amplitude, b)frequency, c) velocity, and d) wavelength. Also, e)find the maximum transverse speed of a particle of tehstring.

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Physics: Principles with Applications

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The equation of a certaintransverse wave traveling along a string is give byy=(1.16 mm)sin((21.6 m-1)x - (768 s-1)t). For this wave find the:a)amplitude, b)frequency, c) velocity, and d) wavelength. Also, e)find the maximum transverse speed of a particle of tehstring.

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Related textbook solutions

Physics: Principles with Applications

Related questions

Weekly leaderboard

The equation of a certaintransverse wave traveling along a string is give by
y=(1.16 mm)sin((21.6 m^-1)x - (768 s^-1)t).

For this wave find the:a)amplitude, b)frequency, c) velocity, and d) wavelength. Also, e)find the maximum transverse speed of a particle of tehstring.