The delay is caused by the sound having to travel back to you.
Light travels faster than sound
Sound doesn't damage hearing, decibles do.A large blast of sound could rupture the ear drums by destroying them. The sound is like a shockwave, spreading throughout your eardrum. Even if you listen to a sound less loud, overtime your eardrums will adjust and your hearing may dullen. The sounds are like waves that ripple through your ears.
the loud sound damages to the hearings cells of the ear
90 db
90 db
The answer is sound or wave energy.Waves.In the form of sound and light.
Light. Light travels 300,000,000 meters per second, whereas Sound is closer to 340 meters per second. This is why when you see a person hit a baseball from a distance, there is a delay in hearing the sound.
Humans do not need to move their ears to hear, but those muscles have nothing to do with hearing sound (there are muscles in the middle ear which do) BUT with the location of sound. The shape of the human ear is a type of phase-delay echo chamber; this phase delay gives us an up-down orientation to a sound. The phase difference of the sound from each ear gives us right-left orientation. This method is much quicker than turning either the ears OR the head to locate a sound source.
FIle a motion with the court requesting a delay giving a good reason.
There is a delay between seeing the lightning and hearing the thunder because the speed of light (lightning) is much faster than the speed of sound (thunder). Thus, you SEE lightning first, and then you HEAR thunder later.
Having hearing on both sides of the head allows animals to localize sounds better. The brain is capable of detecting very small delays in the arrivals of sound to each ear. The ear farthest from the sound source will experience a longer delay than the closer ear. The brain interprets this delay and allows the animal to have a sense of which direction the sound came. Localizing sounds allows animals to more easily escape danger.
Light travels much faster then sound. That is what causes the delay.
Hearing problems from a Sound Grenade are TEMPORARY; however if someone were to be REPEATEDLY exposed to Sound Grenades (many times), they would MOST LIKELY have PERMANENT HEARING PROBLEMS.
A loud sound can damage your hearing by killing cilia in your ear that makes you hear things, and when you kill all the cilia you lose your hearing.
acoustic
the science concerned with hearing and sound
Typically, thunder can be heard up to 10 miles away from a lightning strike. Sound travels much slower than light, so there is a delay between seeing the lightning and hearing the thunder.
sound