The amplitude of the sound wave depends upon the force with which an object is made to vibrate its true or false
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The statement is undoubtedly true.
The amplitude of the sound wave depends upon the force with which an object is made to vibrate. For example, if we strike the table with less force, a sound which is produced will be of less energy (amplitude). So, we hear a soft sound. But if we strike the table forcefully, higher energy sound wave will be produced and as a result, we hear a loud sound.
A sound wave spreads out from it's source. So, loud sound travels a large distance as it is associated with higher energy where as, it's amplitude as well it's loudness decreases as it moves away from the source.
Hopefully this answer is helpful to you. Thanks.
The amplitude of the sound wave depends upon the force with which an object is made to vibrate. For example, if we strike the table with less force, a sound which is produced will be of less energy (amplitude). So, we hear a soft sound. But if we strike the table forcefully, higher energy sound wave will be produced and as a result, we hear a loud sound.
A sound wave spreads out from it's source. So, loud sound travels a large distance as it is associated with higher energy where as, it's amplitude as well it's loudness decreases as it moves away from the source.
Hopefully this answer is helpful to you. Thanks.
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