sound is reflected when it strikes at any medium. a distant sound becomes clear if echo or reverbation takes place. an echo happens when one hears the reflection of the original sound 0.1 seconds later. and reverbation is multiple echo, which one can hear in sikandra at agra in India
the molecules in the air closer to us makes the sound clear.where as the distant sound is not as clear as the molecules will be far a part.
because light waves travel faster than sound waves, you see the light a lot sooner than you hear the sound.
Sounds can be muffled when something intercepts the sound wave (lets say a blanket) and the sound waves can only get through a little bit. You can't hear the sound clearly but can still hear it, so it is muffled!
Distant sounds may be heard due to the presence of sound waves traveling through the air or other medium from their source to your ears. The farther away a sound source is, the more it may be affected by factors like air resistance and interference, leading to it being perceived as distant.
To hear sound from a tuning fork, you need to strike it to set it into vibration, which generates sound waves. These sound waves travel through the air and reach your ears, where they vibrate the eardrum and are interpreted by the brain as sound. Additionally, a quiet environment can help you hear the tuning fork more clearly, as background noise can mask the sound.
In a furnished room, the presence of furniture and other objects helps to absorb sound and reduce echoes, resulting in clearer acoustics. An empty room, on the other hand, tends to have more reverberation and sound reflections, which can make it more challenging to hear clearly.
A sound in such a low whisper that you can barely hear it.
It is to better project the sound so that other wolves can hear it more clearly.
You can, but not clearly. Sound waves travel through water but lose much of their definition due to the density of the water. You would hear even less if you were in syrup.
The two mistakes are that sound travels slower than light, so if you see and hear a distant explosion at the same time, the explosion actually happened some time earlier. Additionally, the speed of light is much faster than the speed of sound, so the light from the explosion will reach you much sooner than the sound.
Sound waves travel faster and farther in cooler, denser air because the molecules are closer together. This allows the sound waves to propagate more efficiently and reach our ears more easily. Additionally, cooler temperatures at night can create less background noise, making distant sounds more noticeable.
An audiphone is an instrument which, when placed against the teeth, conveys sound to the auditory nerve and thus allows people to hear more clearly.