A vulture is flying at a speed of 8.806 m/s, producing a sound wave at a frequency of 1600 Hz. The speed of sound in air is 343 m/s. A crow isflying such that the vulture and the crow are flying directly towards each other. The crow is flying at 3.551 m/s. Calculate the frequency of thesound detected by the crow as the two birds approach each other.Submit your answer after rounding it to zero decimal place.You are required to show your work in the file you submit.QUESTION 2Question 1 continued....The crow is scared of the vulture. It turns back and starts to fly away from the vulture with a speed of 8.354 m/s. The vulture is now following thecrow at a speed of 13.44 m/s. Calculate the frequency of the sound as detected by the crow. The frequency of the sound produced by the crowand the speed of the sound in air are same as in Question 1.Submit your answer after rounding it to zero decimal place.You are required to show your work in the file you submit.

Speed of Vulture: vs=8.806 m/sFrequency of sound wave, f=1600 HzSpeed of sound in air, c=343…

Answered: A vulture is flying at a speed of 8.806…

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