Different instruments having the same pitch will sound different because of overtones or harmonics, these are multiples of the fundamental pitch. A note plus its 2X harmonic and its 4X harmonic will sound different to the same note plus its 3X harmonic. This is called colouration.
The differences among sounds of the same pitch and loudness can be described by the timbre of the sound. Timbre is the quality that distinguishes between two sounds with the same pitch and loudness, allowing us to differentiate between different musical instruments or voices. It is determined by the unique combination of overtones and harmonics present in the sound.
Sounds that have the same pitch and loudness are described as having the same frequency and amplitude. This results in the sounds having a consistent tone and volume.
The sound's pitch is determined by its frequency, with higher frequency sounds having a higher pitch and lower frequency sounds having a lower pitch. Loudness is determined by the sound's amplitude, with higher amplitude sounds being perceived as louder. Quality refers to timbre, which is the unique character of a sound determined by its harmonics and overtones.
Sounds with the same pitch and loudness traveling in the same medium may differ in their timbre, which is the quality that distinguishes one sound from another despite having the same pitch and loudness. Timbre is determined by the sound wave's overtone structure, or the combination of different frequencies present in the sound.
Sounds can vary in pitch, intensity (loudness), duration, and timbre (tone quality). These variations are caused by differences in the frequency, amplitude, length, and complexity of sound waves. Additionally, the medium through which sound waves travel can also affect how they are perceived.
wavelengths
The differences among sounds of the same pitch and loudness can be described by the timbre of the sound. Timbre is the quality that distinguishes between two sounds with the same pitch and loudness, allowing us to differentiate between different musical instruments or voices. It is determined by the unique combination of overtones and harmonics present in the sound.
Sounds that have the same pitch and loudness are described as having the same frequency and amplitude. This results in the sounds having a consistent tone and volume.
wavelengths
Pitch is not loudness; an elephant can make both loud and quiet sounds, however all of their sounds are relatively low pitch.
wala
The sound's pitch is determined by its frequency, with higher frequency sounds having a higher pitch and lower frequency sounds having a lower pitch. Loudness is determined by the sound's amplitude, with higher amplitude sounds being perceived as louder. Quality refers to timbre, which is the unique character of a sound determined by its harmonics and overtones.
Sounds with the same pitch and loudness traveling in the same medium may differ in their timbre, which is the quality that distinguishes one sound from another despite having the same pitch and loudness. Timbre is determined by the sound wave's overtone structure, or the combination of different frequencies present in the sound.
The frequency of a wave affects the pitch of sound, with higher frequencies producing higher pitched sounds. The amplitude of a wave affects the loudness of sound, with greater amplitudes producing louder sounds.
Sounds can vary in pitch, intensity (loudness), duration, and timbre (tone quality). These variations are caused by differences in the frequency, amplitude, length, and complexity of sound waves. Additionally, the medium through which sound waves travel can also affect how they are perceived.
Loudness depends on the amplitude. square of amplitude is proportional to the loudness. Pitch is decided by the frequency. One can sing at higher pitch but at lower voice.
The difference between two sounds with the same pitch and loudness is their timbre. Timbre is the quality that differentiates the two sounds, such as their tone color or texture. This can be influenced by factors like the instrument producing the sound or the sound wave's shape.