Details
The audio clip titled "Interior Car Passing by DMP 1" primarily focuses on the sound of a car passing by. The scene opens inside a vehicle, as suggested by the term "interior." The listener can imagine themselves in the driver or passenger seat of a stationary car, on the side of a road or highway. In the background, there's a quiet hum of the car idling or perhaps the low murmur of a radio. This ambient noise quickly gets drowned out by the sudden rush of sound that is a car passing by. The car doesn't just pass by slowly, it whooshes past, creating a 'whoosh' sound effect which is a classic example of the doppler effect. The doppler effect, signified by 'doppler', is the change in frequency or wavelength of a wave in relation to an observer who is moving relative to the wave source. In this case, the wave source is the car that passes by, and the observer is
Comment
The audio clip titled "Interior Car Passing by DMP 1" primarily focuses on the sound of a car passing by. The scene opens inside a vehicle, as suggested by the term "interior." The listener can imagine themselves in the driver or passenger seat of a stationary car, on the side of a road or highway. In the background, there's a quiet hum of the car idling or perhaps the low murmur of a radio. This ambient noise quickly gets drowned out by the sudden rush of sound that is a car passing by. The car doesn't just pass by slowly, it whooshes past, creating a 'whoosh' sound effect which is a classic example of the doppler effect. The doppler effect, signified by 'doppler', is the change in frequency or wavelength of a wave in relation to an observer who is moving relative to the wave source. In this case, the wave source is the car that passes by, and the observer is
