Why is the timbre different, and what is the timbre related to

What determines timbre?

In general readings, it is said that timbre is determined by the nature of the articulatory body. But it is not stated what is going on with the nature of the articulatory body.

In fact, it is determined by the law of vibration of the vibrating body: the waveform of the vibration is usually not a single sine wave, but a composite wave composed of a series of waves. It is this complex wave that determines the timbre emitted by the vibrator.

Different articulation bodies have different natural vibration laws – mainly frequencies and waveforms, which naturally produce different timbres.

The reason for the difference in timbre is because of the different pitches!!

Different instruments have different tones, and that's why!!

In fact, sound is a wave, frequency determines tone, energy determines loudness, and the nature of the articulatory body determines timbre.

Usually a sound wave is not a single sine wave, but a composite wave composed of a series of waves. It is this complex wave that determines the timbre emitted by the vibrator.

Any complex wave can be decomposed into a series of simple harmonic synthesis, and this decomposition process requires the mathematical Fourier decomposition. Timbre determines the type of simple harmonics that are decomposed into sound waves and the proportion of each simple harmonic. Specifically, it is characterized by sounds, which allow people to distinguish the same tone of sound produced by different instruments.

1. Meaning.

Timbre refers to the frequency performance of different sounds, and the waveform always has different characteristics.

Sound quality refers to the quality of the sound, which refers to the fidelity of the audio signal after transmission and processing.

2. Usage.

The term sound quality is used more widely, and in addition to talking about instrumental music, it is also widely used in the fields of sound and recital hall construction. When something itself does not have the function of transmitting music or is not capable of producing sound, we use the term "sound quality".

The use of the word timbre is mostly used in the field of performance or education. When a musical instrument has its own sound transmission function, we use the term "timbre". The difference between each person's voice and the sound produced by the various instruments is caused by the difference in timbre.

3. Scope. Sound quality includes three aspects: one is the loudness of the sound, that is, the strength of the sound. The second is the pitch of the sound, which is determined by the frequency of the audio or the number of changes per second; The third is the timbre of the sound, which is determined by the harmonic component of the audio.

Timbre is one of the elements of sound quality.

Sound quality is the quality of sound. "Quality" is an innate nature, the ** itself, the original voice.

Timbre is the color of the sound. The color of the sound is divided into cold and warm, the cold sound will be harder, and the warm sound will be warmer and softer.

**The basic elements refer to the length of the tone, the pitch of the pitch, the strength of the pitch (some people will confuse the pitch with the intensity) and timbre. Some people think that timbre contains sound quality, but the teacher said that these are two completely different elements, and the timbre is varied, and it cannot be evaluated by good or bad; Sound quality is more used to evaluate the quality difference of the same type of sound, the timbre is not good or bad, and the sound quality is good or bad. For example, ten violins have good sound quality, but the timbre is different.

Question 1: What is the timbre related to the shape of the object that occurs The size of the material distribution. Fundamental frequency, harmonics. That is, the shape of the substance, the internal structure, and the vibration characteristics.

Everyone's lungs, throat, vocal cords, mouth, teeth, tongue, and lips are different, so is the timbre of speech. Timbre is also related to how it vibrates. The same is the voice, and controlling different vibrations can produce different timbre sounds.

For example, the timbre of knocking a solid piece of iron under the same conditions is different from knocking on a hollow one.

Question 2: What does timbre have to do with the emitter Musical quality refers to the sensory characteristics of a sound. The frequency determines the pitch of the sound, and the amplitude determines the loudness of the sound, but we can still distinguish the sound emitted by different objects by the timbre, and the materials and structures of different generators are different, and the timbre of the sound is different.

Question 3: What is the main relationship between sound quality? There are two main factors that affect sound quality:

1.(computers, mobile phones, etc.)** processing the quality of chips;

2.The quality of the headphones or speakers (speakers).

Question 4: What does timbre have to do with the vocal body Timbre is the characteristic of sound, and the vocal body is the source of sound.

Question 5: What are the influencing factors of timbre? 10 points Any factor can affect the timbre. Even if the temperature is one degree lower, the timbre is different.

Question 6: What is the timbre related to the shape of the object that occurs The size of the material distribution. Fundamental frequency, harmonics. That is, the shape of the substance, the internal structure, and the vibration characteristics.

Everyone's lungs, throat, vocal cords, mouth, teeth, tongue, and lips are different, and so is the timbre of speech. Timbre is also related to how it vibrates. The same filial piety is the same as the voice, and different vibration methods can be controlled to produce sounds of different timbres.

For example, the timbre of knocking a solid piece of iron under the same conditions is different from knocking on a hollow one.

Question 7: What is timbre related to the vocal body Musical quality refers to the sensory characteristics of a sound. The frequency determines the pitch of the sound, and the amplitude determines the loudness of the sound, but we can still distinguish the sound emitted by different objects by the timbre, and the materials and structures of different generators are different, and the timbre of the sound is different.

Question 8: What is the main relationship between sound quality? There are two main factors that affect sound quality:

1.(computers, mobile phones, etc.)** processing the quality of chips;

2.The quality of the headphones or speakers (speakers).

Question 9: What are the influencing factors of timbre? 10 points Any factor can affect the timbre. Even if the temperature is one degree lower, the timbre is different.

Timbre refers to the fact that different sound expressions always have different characteristics in terms of waveform, and different objects vibrate with different characteristics.

Different sound emitters have different timbres due to their different materials and structures. For example, the sound of a piano and violin is not the same as that of a person, and the sound that each person makes is different. Therefore, timbre can be understood as the characteristic of the sound.

Different sound emitters have different timbres due to their different materials and structures. For example, the sound of a piano and violin is not the same as that of a person, and the sound that each person makes is different. Timbre is the characteristic of sound, and it is always different, just like the appearance of people all over the world.

Depending on the timbre, we can tell whether it is produced by different instruments or people, even at the same pitch and at the same intensity. Just like the colors of a kaleidoscopic palette, "timbre" is also ever-changing and easy to understand.

Timbre analysis:

The type of timbre is determined by both the characteristics of the source and the shape of the formants. In terms of vibration sources, the intensity of the overtones decays quickly, and the timbre is very soft, such as vocals and stringed instruments; The intensity of the overtones decays slowly, resulting in a stiff timbre, such as woodwinds (especially oboe and saxophone).

In the case of resonance chambers, the formant peaks appear at lower frequencies and the timbre is majestic, such as the trumpet; When the formants appear at higher frequencies, the sound is cold, such as a piano. Some timbres have a variety of characteristics, such as the timbre of the human voice is soft and rounded, the timbre of the trumpet is both majestic and hard, and the French horn has both majestic and mellow timbre.