The first mysterious sound that Scrooge hears is a clanking noise of chains.
As Julia moves further away from the sound source, the loudness of the sound she hears decreases. This is because the sound waves spread out and dissipate as they travel through the air, which reduces the intensity of the sound reaching Julia's ears.
The loud clanging sound that Farquhar hears is likely the ticking of his watch as time slows down in his distorted perception during his impending execution. The sound intensifies as he falls through the bridge, experiencing a moment of extreme suspense and anxiety.
In the context of the NOAA, a "bloop" refers to a type of mysterious ultra-low-frequency sound originally recorded in the Pacific Ocean. It has been attributed to the sound of ice breaking up or calving off of a glacier.
A sound made every second could be due to a repeating event occurring at regular intervals. This could be caused by a mechanism triggering the sound every second, such as a timed alarm or a metronome.
The first mysterious sound that Scrooge hears is a clanking noise of chains.
The second mysterious sound that Scrooge hears is a clanking noise, like chains being dragged across the floor. This sound is accompanied by a voice moaning and wailing. It is the sound of the ghost of Jacob Marley, Scrooge's former business partner, who has come to warn Scrooge about his impending fate if he does not change his ways.
He hears the welcome sound.
No because sound is something you hear and if no one hears it, there is no sound.
it penetrates the ear
In "Horton Hears a Who," an example of alliteration is "bee-buzzed" when referring to the buzzing sound of the bee.
In Soviet Russia, sound hears you.
The ghost of Jacob Marley, Scrooge's former business partner, was responsible for the sound of dragging chains that Scrooge heard. Marley's spirit visited Scrooge to warn him about the consequences of his greedy and selfish ways.
Pitch is actually the perceived frequency of sound waves. It refers to how high or low a sound is, and it is directly related to the frequency of the sound waves. While it does affect how we hear and interpret sound, it is not the same as the impression of how a person hears in general.
As Julia moves further away from the sound source, the loudness of the sound she hears decreases. This is because the sound waves spread out and dissipate as they travel through the air, which reduces the intensity of the sound reaching Julia's ears.
The sound you hear is just a tone meant to indicate that your call is going through. It is not the same as the one the recipient hears.
The ear hears sound waves.