Sound is produced when a person speaks, creating vibrations in the air that travel as sound waves. These sound waves enter our ears and cause our eardrums to vibrate, which is then converted into electrical signals and sent to the brain. The brain interprets these signals as sound, allowing us to hear another person's voice.
Sound waves produced by another person's vocal cords travel through the air and enter your ear canal. These sound waves then vibrate your eardrum, which sets off a chain reaction in your middle ear that eventually leads to nerve impulses being sent to your brain. Your brain processes these impulses, allowing you to interpret them as the sound of another person's voice.
Your voice
This device likely uses noise-canceling technology to generate sound waves that are out of phase with the jackhammer noise, effectively canceling it out. The operator can then hear your voice minus the noise, making communication clearer. However, since you don't have the earphones that are playing the out-of-phase sound, you cannot hear the canceled noise.
When you hear your voice through external sources like recordings or phones, it includes vibrations through bone conduction that affect the way it sounds. This differs from the way you hear your voice internally which is mostly through air conduction, leading to the discrepancy in perceived sound.
Sound waves can bend around obstacles such as corners and travel through the air. This allows the sound of a man's voice to reach your ears even if he is not in your line of sight. Sound waves reflect and diffract, enabling you to hear the sound even when the source is not visible.
Sound waves produced by another person's vocal cords travel through the air and enter your ear canal. These sound waves then vibrate your eardrum, which sets off a chain reaction in your middle ear that eventually leads to nerve impulses being sent to your brain. Your brain processes these impulses, allowing you to interpret them as the sound of another person's voice.
Your voice
youre voice
You hear your voice as it is transmitted through the bone of your skull and jaw into your hearing, combined with the sound coming through the air. Others only hear what comes through the air. Sound travels through bone differently than air, making your voice sound different to you than to others. Because you are primarily hearing the vibrations made by you vocal cords and the air passing through you mouth rather than the finished sound as another would hear. To hear you true voice you have to record it and play it back.
Yes, the way you sound on a recording is the way you sound to the other people. The voice you hear in your head is not your real voice. Your voice sounds different in your head
God speaks to us in a soft voice, are we willing to hear him?
the sound travel fast....
No, when you sing your also hearing the vibrations from your throat which nobody else can hear
This device likely uses noise-canceling technology to generate sound waves that are out of phase with the jackhammer noise, effectively canceling it out. The operator can then hear your voice minus the noise, making communication clearer. However, since you don't have the earphones that are playing the out-of-phase sound, you cannot hear the canceled noise.
Snakes can't hear sound, so it's not likely that a snake will recognize your voice.
When you hear your voice through external sources like recordings or phones, it includes vibrations through bone conduction that affect the way it sounds. This differs from the way you hear your voice internally which is mostly through air conduction, leading to the discrepancy in perceived sound.
Sound waves can bend around obstacles such as corners and travel through the air. This allows the sound of a man's voice to reach your ears even if he is not in your line of sight. Sound waves reflect and diffract, enabling you to hear the sound even when the source is not visible.