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

The amplitude of a sound wave

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

Which of the following is proportional to the amplitude of the sound where the frequency remainsconstant?

A sound wave travels from air into water.  In air, the sound wave travels at a speed of 340 m/s and has a wavelength of 20 m, and in water, it travels at a speed of 1500 m/s.  Calculate the wavelength of the sound wave in water.88.24 m4.53 m0.01 m25,500 m

A siren emits sound of intensity 1.6 W/m2 and frequency 1000 Hz. Speed of sound in air is330 m/s and density of air is 1.3 kg/m3. Amplitude of sound emitted by the siren is nearly: