Vibrations travel faster through a denser medium like a solid than sound waves do in air. This means that you may feel the vibrations before the sound actually reaches your ears.
The reason you feel the explosion in your feet before you hear it is due to the difference in the speed of sound through different mediums. The shockwave travels faster through solid material (like the ground) than through the air, so you sense the vibrations in the ground before you hear the sound through the air.
Sound travels in waves. Our ears register these waves and convert them into noise; however, our ears can only detect a very small range of sound waves. Many sound waves have a frenquency that is much too high or too low for our ears to "hear". If you've ever blown a dog whistle and made your pup yelp in pain while you couldn't hear a thing then you understand. The vibrations that you feel are low frequency sound waves which your body can feel but your ears can't hear. It is only when the higher frequency waves get to you that you hear the source.
You can hear vibrations by detecting the movement of air particles caused by sound waves. Your ears capture these vibrations and convert them into electrical signals that your brain interprets as sound.
Sound. Sound waves are vibrations that travel through a medium such as air and can be heard by our ears.
As a text-based AI, I don't hear vibrations. Could you provide more context or elaborate on what you are referring to so I can better assist you?
No but they can feel vibrations.
no they can not But, they can feel vibrations.
The reason you feel the explosion in your feet before you hear it is due to the difference in the speed of sound through different mediums. The shockwave travels faster through solid material (like the ground) than through the air, so you sense the vibrations in the ground before you hear the sound through the air.
They would be able to feel the vibrations through the materials around them.
Sound travels in waves. Our ears register these waves and convert them into noise; however, our ears can only detect a very small range of sound waves. Many sound waves have a frenquency that is much too high or too low for our ears to "hear". If you've ever blown a dog whistle and made your pup yelp in pain while you couldn't hear a thing then you understand. The vibrations that you feel are low frequency sound waves which your body can feel but your ears can't hear. It is only when the higher frequency waves get to you that you hear the source.
If the piano is loud enough, they can feel the vibrations in the music. If the piano is loud enough, they can feel the vibrations in the music.
how wide a range of vibrations can hear
worms,fish,snakes,crocodiles and sharks can only hear vibrations
Sound is a vibration that propagates as a wave. Generally speaking, if you can feel a vibration, you can't hear it - and vice versa. That's because you can only hear vibrations of 20 Hz (20 cycles per second) or more; but you are usually not able to feel anything, if it vibrates that quickly. Of course, most naturally-occurring sounds are a mix of different frequencies, so in some cases you may be able to both hear and feel, especially if the sound is very loud.
Sound waves are waves of vibrations. When you speak, you vibrate a few air molecules, which vibrate and hit other air molecules, then more and more. when the molecules in your ear vibrate, you hear sound. But really, you feel the vibrations. Then why do we say hear, instead of feel? Because we are already used to saying hear. you wouldn't come to your friend and say, "Speak louder! I can't feel you!"
Although cobras can hear, they are actually deaf to ambient noises, sensing ground vibrations instead. The charmer's flute entices the cobra by its shape and movement, not by the music it emits.
They don't hear they sense vibrations.