As shown in the figure, a speaker (sound source) is located at the origin, one pickup microphone is located a distance D, away and along the positive y-axis and a second pickup microphone is located a distance D = 1.72 m to the right of the first microphone at a distance D, from the speaker. If a sound from the speaker reaches the second microphone 1.29 ms after it reaches the first microphone and the speed of sound is 343 m/s, determine the distances D, and D, to the two microphones. D = m D2 = YA microphone 1 microphone 2 D. D1 D2 speaker (sound source)

As shown in the figure, a speaker (sound source) is located at the origin, one pickup microphone is located a distance D, away and along the positive y-axis and a second pickup microphone is located a distance D = 1.72 m to the right of the first microphone at a distance D, from the speaker. If a sound from the speaker reaches the second microphone 1.29 ms after it reaches the first microphone and the speed of sound is 343 m/s, determine the distances D, and D, to the two microphones. D = m D2 = YA microphone 1 microphone 2 D. D1 D2 speaker (sound source)

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