Answered

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A student watches the tide change, and sees water waves pass the end of the dock
that follow the pattern shown below:
13)
The student counts the waves with a stopwatch, and determines that it takes 8.75
seconds for a single wave to go by. The wave frequency is ----

A Student Watches The Tide Change And Sees Water Waves Pass The End Of The Dock That Follow The Pattern Shown Below 13 The Student Counts The Waves With A Stopw class=

Sagot :

onyebuchinnaji

The frequency of the wave at the given period is 0.114 Hz. This frequency shows the number of revolution of the wave in a second.

What is frequency of a wave?

The frequency of a wave is the number of revolutions of the wave per second.

Frequency of a wave is determined by taking the inverse of period of the wave.

The frequency of the wave at the given period is calculated as follows;

f = 1/T

Where;

  • f is the frequency
  • T is period of the wave

f = 1/8.75

f = 0.114 Hz

Thus, the frequency of the wave at the given period is 0.114 Hz.

Learn more about frequency of wave here: https://brainly.com/question/10728818

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