A ball producing a sound with a frequency f = 1791 Hz moves away from you at a constant speed of 13.00 m/s. While standing stationary holding a sound meter, you notice that when the ball is 3.00 m from you, the sound meter gives a reading of 60.7 dB. The speed of sound in air is 340.0 m/s. Part 1) What is the intensity of sound you detect from the ball when it is 3.00 m away? I = Wm-2 Part 2) When the ball is 63.97 m from you what sound level do you measure? Assume that the sound waves spread out isotropically through space. You do not need to account for any reflections. B = dB Part 3) What is the frequency of sound from the ball detected by the sound meter? f = Hz

A ball producing a sound with a frequency f = 1791 Hz moves away from you at a constant speed of 13.00 m/s. While standing stationary holding a sound meter, you notice that when the ball is 3.00 m from you, the sound meter gives a reading of 60.7 dB. The speed of sound in air is 340.0 m/s. Part 1) What is the intensity of sound you detect from the ball when it is 3.00 m away? I = Wm-2 Part 2) When the ball is 63.97 m from you what sound level do you measure? Assume that the sound waves spread out isotropically through space. You do not need to account for any reflections. B = dB Part 3) What is the frequency of sound from the ball detected by the sound meter? f = Hz