The diagram below shows sound waves hitting the surface of a body of water and bouncing back off.Which of the following best describes this type of wave behavior? A. reflection B. absorption C. refraction D. transmission

State True/False(a) After refraction, the wave has the same speed, wavelength and direction but different frequency.(b) Reflection is the amount of sound energy that is reflected off a surface.

Sound wave is incident on Air water interface. If equation of incident disturbance at interface is S = S0 sin (ωt). Here V and B are speed of sound and Bulk modulus respectively.If 2B2V1 = B1V2, amplitude of reflected disturbance will be .If 2B2V1 = B1V2, amplitude of transmitted disturbance will be .If B2V1 = 2B1V2, amplitude of reflected disturbance will .If B2V1 = 2B1V2, then amplitude of transmitted disturbance will be

What type of wave is a sound wave

Describe how light and sound waves are affected when they move from air to water.

Which form of attenuation is due to the sound wave not continuing on the path that the ultrasound unit thinks it's going? Amplitude Absorption Reflection Refraction