Do You make sound when YOU exhale?. You are a mammal.
The ear does not produce (make) sound.
Exhalation as in breathing out normally is part of your respiratory tidal volume - the volume you use normally, whereas forced exhalation is breathing out more than you need to, your expiratory residual volume.
The two vocal folds in the larynx are called the true vocal cords. They are responsible for producing sound through vibration when air passes through them during exhalation. The length and tension of the vocal cords can be adjusted to produce different pitches and tones.
A tympanic sound is a drum-like or resonant sound produced when a hollow body cavity, such as the abdomen, is tapped. It indicates the presence of air or gas within that cavity. Tympanic sounds are commonly assessed during physical examinations to help diagnose various medical conditions.
Standing sound waves.
Why is produced rarefaction and condensation during the sound travelling in the medium?
Vocal cords vibrate with expired air when producing sound during exhalation.
it is made by the banging of rain water and the hard surface.
A sudden explosive exhalation through the nose is called a "snort." This sound is often involuntary and can be caused by surprise, amusement, or irritation.
sound is produced in veena by vibrating the strings of it
did the sound produced by the objects differ
did the sound produced by the objects differ
The smoke is produced slightly before the sound. Smoke is produced by the ignition of the propellant in the round. The sound is produced when the bullet passes through the sound barrier.
The dishwasher sound insulation is effective in reducing noise levels during operation by absorbing and dampening the sound produced by the machine, making it quieter overall.
We say "rap" or "bang" to describe the sound produced by a gavel.
An involuntary exhalation from awe is usually the interjection "ohh..." while an unvoiced inhalation is usually expressed as "gasp!"
Sound is produced by objects that vibrate, creating pressure waves in the air. These pressure waves are then detected by our ears as sound.