Is it possible to transmit frequency of a solid object?

In summary, the conversation discusses the concept of natural resonant frequencies and whether they can be changed by external frequencies. It mentions the use of quartz crystals in electronic circuits and how their resonant frequencies cannot be altered. It also brings up the idea of resonance in musical instruments and how it would be impossible for them to produce sounds if their resonances were affected by external frequencies.
  • #1
John mcgarvie
1
0
Hello I'm asking if the resonate frequency of a solid object say a rock. Can be transmitted/guided to change the natural frequency of an object say a rock with a different frequency. And I hope this is a proper question.
 
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  • #2
Welcome to the PF.

Can you post some links to what you have been reading about natural resonant frequencies? For example, what is the natural resonant frequency of a spring with a mass on the end of it, when the other end of the spring is attached to a wall and the mass is pulled out and released? What natural resonant frequency does that simple system have? :smile:
 
  • #3
In many electronic circuits, quartz crystals are used as frequency standards due to their property of having resonant frequencies. Transmitting a frequency to a crystal which has different resonant frequencies will not change those frequencies. This property is used in crystal filters to block unwanted frequencies.

A little thought about your question should show you that "natural" frequency is a property of the state of the object in question and is not alterable by extrnal frequencies. Musical instruments have various ways to produce their sounds by resonance. If these resonances were changed by incident frequencies from other instruments, music would be impossible.
 

1. Can sound waves be transmitted through a solid object?

Yes, sound waves can be transmitted through a solid object. Solid objects are capable of conducting sound waves due to the movement of particles within the object. The particles in a solid are tightly packed, allowing for the transfer of vibrations from one particle to another, thus transmitting sound waves.

2. Can the frequency of a vibrating solid object be transmitted to another solid object?

Yes, the frequency of a vibrating solid object can be transmitted to another solid object. This is known as resonance, where the frequency of one object causes another object to vibrate at the same frequency. This is why some musical instruments, such as a tuning fork, can make another object vibrate when they are brought into contact.

3. Is it possible to alter the frequency of a solid object?

Yes, it is possible to alter the frequency of a solid object. The frequency of a solid object is determined by its physical properties, such as size, shape, and material. By changing any of these factors, the frequency of the object can be altered. For example, a guitar string can be tightened or loosened to change its frequency.

4. How is the frequency of a solid object measured?

The frequency of a solid object is measured in hertz (Hz), which represents the number of vibrations or cycles per second. This can be measured using various instruments such as an oscilloscope or a frequency counter. The higher the frequency, the more vibrations or cycles occur per second.

5. Can the frequency of a solid object be converted into other forms of energy?

Yes, the frequency of a solid object can be converted into other forms of energy. When a solid object is vibrating at a certain frequency, it is also producing sound energy. This energy can then be converted into other forms, such as heat or electrical energy, through different processes and technologies.

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