A listener is standing in front of two speakers that are producing sound of the same...

 

Transcribed Image Text:

A listener is standing in front of two speakers that are producing sound of the same frequency and amplitude, except that they are vibrating out of phase. Initially, the distance between the listener and each speaker is the same (see the drawing). As the listener mo sideways, the sound intensity gradually increases. When the distance x in the drawing is 0.94 m, the change reaches the maximum amount (from soft to loud). Using the data shown in the drawing and 343 m/s for the speed of sound, determine the frequency of the sound coming from the speakers. Assume d = 3.62 m, s = 3.34 m. f = i -Out-of-phase. speakers A listener is standing in front of two speakers that are producing sound of the same frequency and amplitude, except that they are vibrating out of phase. Initially, the distance between the listener and each speaker is the same (see the drawing). As the listener mo sideways, the sound intensity gradually increases. When the distance x in the drawing is 0.94 m, the change reaches the maximum amount (from soft to loud). Using the data shown in the drawing and 343 m/s for the speed of sound, determine the frequency of the sound coming from the speakers. Assume d = 3.62 m, s = 3.34 m. f = i -Out-of-phase. speakers