You are walking around a large open field. The only objects nearby are two identical speakers set some distance apart. Thespeakers emit sound in phase with a wavelength of 4 m. As you wander around the field, you notice that at certain locations thesound you hear is surprisingly loud, whereas at others it seems unusually quiet. You conclude that you are observing the effectsof interference between the two sources of sound waves.For each of the locations given, indicate what sort of interference would occur at that point.Constructive interference11 m from one speakerand 14 m from the other21 m from one speakerand 15 m from the other10 m from one speakerand 8 m from the other9 m from one speakerand 13 m from the otherDestructive interferenceAnswer Bank20 m from one speakerand 12 m from the other13 m from one speakerand 18 m from the other20 m from each speakerIn between

Given, The wavelength of the sound: λ=4 m We know that the condition for constructive interference…

Answered: You are walking around a large open…

Similar questions

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Question 8
The figure shows a loudspeaker A and point C, where a listener is positioned. [AC| = 4.00 m and the angle 8 = 44 °. Asecond loudspeaker B is located somewhere to the left of A. The speakers vibrate out of phase and are playing a 61.0 Hztone. The speed of sound is 343 m/s. What is the third closest to speaker A that speaker B can be located, so that thelistener hears maximum sound?
You are walking around a large open field. The only objects nearby are two identical speakers set some distance apart. The speakers emit sound in phase with a wavelength of 4 m. As you wander around the field, you notice that at certain locations the sound you hear is surprisingly loud, whereas at others it seems unusually quiet. You conclude that you are observing the effects of interference between the two sources of sound waves. For each of the locations given, indicate what sort of interference would occur at that point. Constructive interference Destructive interference In between
A 1,720-Hz tone is played on a stereo in an open field. A person stands at a point that is 4 m from one of the speakers and 4.4 m from the other. What must the minimum wavelength be for the person to hear the tone? (Hint: because of interference, two waves add constructively or destructively. If the sound is heard the interference must be constructive. For interference to be constructive, the difference in distance must be a multiple of the wavelength. That is, the difference in distances from the speakers must be 1 wavelength, two wavelengths, three wavelengths, etc.)
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