When the sound is reflected.
That would be the hearing sensitivity of the person trying to hear the sound.
A sound that can be heard in ordinary human ear is audible sound. It is approximately between 20 to 2000 decibel in strength.sound which is audible.. I.e. sound you can hear, as opposed to sound beyond human hearing at very low or very high frequencies.sound that is capable of being heard; sound loud enough to be heard; sound that is actually heard.
Light makes no sound, hence there is no "sound of light", and anything that doesn't exist cannot be heard.
The eardrum.
The sound speed depends on the property of the material where sound travels, not from the far surrounding. Thus, if sound travels in air, the fact that it is in a canyon or not has no impact. Sound speed on the contrary depends on temperature and ono the presence of solutes in the gas (in the case of air for example on the air humidity). Sound speed in dry air at 20°C is 343.2 meters per second (1,126 ft/s).
The exact figure depends on the climatic conditions: pressure, humidity etc but the canyon is 2-sound-seconds wide, which is 663 metres.
The Grand Canyon.
a frequency higher then the original frequency...
'The sound of the bells were heard' is grammatically correct.
usually the pitch of the sound the frequency of the sound affect the loudness but as we say loud we mean how high the sound. In other terms when somebody shouts and we get irritated we would say "Not so loud" that means we refer to the person who is speaking loudly. this is known as the factors that affect sound
what is the sound that is heard in the Fiordland?
It made a big sound. It did not make a big sound the Glen Canyon Dam changed the ecosystem of the Grand Canyon. I had the same question for an assignment that I had for school. I found the answer in a book that I had. Hope it helped!
Thunder is the sound heard after lightning.
A sonic boom
That would be the hearing sensitivity of the person trying to hear the sound.
Yes, 'heard' is a short sound.
A frequency higher than the original frequency.