Violin and flute are played at the same time but still the distinct recognisable why
Answers
Answer:
Explanation:
Timbre, spectrum, envelope and harmonic content are different. That’s also how you can distinguish individual speaking voices too.
When a violin plays an A at 440Hz, the 440Hz were talking about is only the fundamental. There is a whole series of other frequencies produced at the same time (harmonics) and each of these frequencies can vary in volume to each other as the note is being played (envelope). When a flute plays the same A 440, it’s harmonic content if different and thats why you hear them as different instruments.
The basic “building block” of sound is the sine wave. A pure sine wave is one single frequency, it contains NO harmonics. Other waveforms like triangle or square waves and the complex waveforms of musical instruments contain other harmonic (and inharmonic) frequencies and sometimes other random frequencies (noise). All sounds, musical and otherwise can be “broken down” into the discrete sine waves that compose them.
Answer:
It's called timbre. The timbre of a violin is different from, say a French horn. ... The reason you can tell a flute from a violin is because of the way sound is produced. The violin makes sound via vibrations from metal strings resonating through the wood.
Explanation: