A sound wave travels in air toward the surface of a freshwater lake and enters into the water. The frequency of the sound does npt change when the sound enters the water. The wavelength of the sound is 5.67 m in the air, and the temperature of both the air and the water is 20 oC. What is the wavelength in the water

wavelength in the water = 1.311  m

Explanation:

givendata

wavelength of the sound in air =  5.67 m

temperature = 20°C

solution

as we know velocity c in air = 343.3 m/s and velocityˇc in water= 1484m/s

and we take wavelength = w

and

wavelength=velocity ÷ frequency     1a

as we know here that In air and in water if the frequency not change then there wavelength depend on speed of sound in air and water

so

wavelength of sound in water = w in air × c in water ÷ c in air

wavelength in the water in water = 5.67 ×  343.2 ÷ 1484

wavelength in the water = 1.311  m

the answer is a. the yacht traveled from the dock north to the 200-meter marker in the bay in less than 5 minutes, giving the passengers several more hours to fish.

im doing peak rn so sry if its wrong

change tension