What increases at the speaker with the increase of loudless-intensity?

In summary, the maximum displacement A of an object increases, but its speed can either increase, decrease, or remain the same. The number of vibrations per second, which is the frequency of the music, can also either increase, decrease, or remain the same. The loudness of the music is determined by the amplitude of the movement and to make an object move further in the same amount of time, it must be moved faster. These principles are not just based on physics, but also on common sense.
  • #1
luckis11
272
2
Surely, its maximum displacement A increases.

But what about its speed? Increases, decreases, remains the same?

And what about the number of the vibrations of its maximum displacement per sec? They increase or decrease or remain the same? This number is the frequency of the music f, or not?

Please post only those who are certain of the answer, or certain of what today's physics claim on this.
 
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  • #2
The number of vibrations per second is the musical note.

The loudness is determined by the amplitude (size) of the movement.

So, if you want something to move further in the same amount of time, you have to move it faster.

It ain't Physics - it's just plain common sense.
 

1. What is the relationship between loudness intensity and the increase in speaker volume?

The relationship between loudness intensity and the increase in speaker volume is directly proportional. This means that as the loudness intensity increases, the speaker volume also increases.

2. How does increasing the loudness intensity affect the sound produced by the speaker?

Increasing the loudness intensity will result in a louder sound produced by the speaker. This is because the speaker is designed to amplify the sound in response to the increase in loudness intensity.

3. Does the frequency of the sound change with an increase in loudness intensity?

No, the frequency of the sound remains the same regardless of the loudness intensity. The change in loudness intensity only affects the amplitude or volume of the sound.

4. Can increasing the loudness intensity damage the speaker?

Yes, increasing the loudness intensity beyond the recommended levels can potentially damage the speaker. This is because the speaker may not be able to handle the increased power and may overheat or blow out.

5. How does the distance from the speaker impact the loudness intensity?

The distance from the speaker does impact the loudness intensity. The further away you are from the speaker, the lower the loudness intensity will be. This is due to the inverse square law, which states that the intensity of sound decreases as the distance from the source increases.

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