A sound signal traveling underwater has a frequency of 230 hertz. the speed of sound under water is 1.45 × 103 meters/second. what

Question

A sound signal traveling underwater has a frequency of 230 hertz. the speed of sound under water is 1.45 × 103 meters/second. what is the wavelength of the sound signal? a. 6.3 meters b. 2.3 meters c. 3.0 meters d. 1.2 meters e. 9.3 meters

Nem · Answer

The  wavelength  of the  sound signal  is  6.3 meters   The correct answer is an  option (a)     For given situation we will use the following formula,  λ = c/ν  where,  λ =  wavelength  of sound signal  ν =  frequency    c =  speed of sound  under water   In this question we have been given,  A sound signal traveling underwater has a  frequency ,     ν = 230 Hz  The  speed of sound  under water,   c = 1.45 × 10^3 meters/second  Now put all the given values in the above formula, we get:  ⇒ λ = (1.45 × 10^3)/(230)  ⇒ λ = 6.30 meters    Therefore, the  wavelength  of the  sound signal  is  6.3 meters   The correct answer is an  option (a)         Learn more about the  wavelength  here:  https://brainly.com/question/2037394  #SPJ4

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