How Does a Loudspeaker's Cone Move in Simple Harmonic Motion?

In summary, the conversation discusses the motion of a loudspeaker cone in simple harmonic motion (SHM) with a frequency of 262Hz and an amplitude of 1.5X10^-4m. The question asks for the equation describing the motion, the velocity and acceleration as a function of time, and the position of the cone at t=1ms. The speaker suggests the individual should revise their understanding of SHM and attempt the question before seeking help.
  • #1
william
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Member advised that showing an attempt at solution is required for homework help requests.

Homework Statement



the cone of a loudspeaker vibrates in SHM at frequecy of 262Hz. the amplitude at the center of the cone is A=1.5X10^-4m and t=0 and x=A (amplitude).

1) what equation describes the motion of the center of the cone ?

2) what are the velocity and acceleration as a function of time ?

3) what is the position of the cone at t=1ms ?

thanks

Homework Equations

The Attempt at a Solution



I don't have any ideas
 
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  • #2
william said:

Homework Statement



the cone of a loudspeaker vibrates in SHM at frequecy of 262Hz. the amplitude at the center of the cone is A=1.5X10^-4m and t=0 and x=A (amplitude).

1) what equation describes the motion of the center of the cone ?

2) what are the velocity and acceleration as a function of time ?

3) what is the position of the cone at t=1ms ?

thanks

Homework Equations

The Attempt at a Solution



I don't have any ideas

You need to learn or revise what you know about SHM and then give this question your best attempt. We can help if you get stuck.
 

Related to How Does a Loudspeaker's Cone Move in Simple Harmonic Motion?

What is harmonic motion of loudspeaker?

Harmonic motion of loudspeaker refers to the back-and-forth movement of a loudspeaker cone that produces sound waves. This motion is driven by an electrical signal that is converted into mechanical motion by the loudspeaker's components.

How does a loudspeaker produce sound?

A loudspeaker produces sound by converting electrical energy into mechanical motion. The electrical signal from an audio source is fed into the loudspeaker, causing the voice coil to move back and forth. This motion then vibrates the cone, which in turn creates sound waves that travel through the air and can be heard by our ears.

What is the relationship between frequency and amplitude in harmonic motion of loudspeaker?

Frequency and amplitude are both important factors in harmonic motion of loudspeaker. Frequency refers to the number of vibrations or cycles per second and determines the pitch of the sound produced. Amplitude, on the other hand, is the measure of the loudness or strength of the sound wave. In harmonic motion, as the frequency increases, the amplitude also increases, resulting in a louder sound.

What factors affect the harmonic motion of loudspeaker?

There are several factors that can affect the harmonic motion of a loudspeaker. These include the size and shape of the cone, the material it is made of, the strength and size of the magnet, the voice coil, and the quality of the electrical signal being fed into the loudspeaker.

How can harmonic distortion be minimized in loudspeakers?

Harmonic distortion occurs when the loudspeaker produces sound waves that are not faithful to the original audio signal. To minimize this, loudspeaker manufacturers use various techniques such as using high-quality materials, designing the components for optimal performance, and using advanced signal processing techniques to ensure that the sound produced is as accurate and faithful to the original signal as possible.

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