Do Vibrating Systems Only Relate to Sound Waves?

In summary, vibrating systems are a type of oscillation that can be found in many places in the world. They can be sound waves, like when you hum, or they can be something else, like when you drive down a bumpy road.
  • #1
jayadds
42
0
So as the title says, what is a vibrating system? Does it only apply to sound waves?
Please give five examples of everyday vibrating systems just to contextualise the concept for me.

Many thanks
 
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  • #2
Looks like a homework question to me. Do some reading and we might be able to discuss what you've found.
 
  • #3
I live in the Amazon region of Brasil. There are dirt roads that develop regularly-spaced bumps after many cars/trucks pass. When I drive down one of these roads at a certain speed my truck becomes a vibrating system.
 
  • #4
Bobbywhy said:
I live in the Amazon region of Brasil. There are dirt roads that develop regularly-spaced bumps after many cars/trucks pass. When I drive down one of these roads at a certain speed my truck becomes a vibrating system.

Thanks for a helpful answer :)
However, would a child on a swing going back and forth be considered a vibrating system?
Or does it have to be vertical oscillations (such as your truck example) in order for it to be a vibrating system?
 
  • #5
I think most people would consider a tuning fork to be a "vibrating system" regardless of whether the fork is held so that the blades move up and down or left to right or front to back.
 
  • #6
jayadds said:
So as the title says, what is a vibrating system? Does it only apply to sound waves?
Please give five examples of everyday vibrating systems just to contextualise the concept for me.

Many thanks

jayadds, Have you done any searching on the internet to find an answer to your own question? Have you tried a Google search yet? If and when you enter the adult world of higher education, do not expect your professors/advisors to do your research for you. Same here. "Vibrating Systems" is such a general topic, and so simple that I'm surprised you even ask about them.

After typing in the search term into Google and a 0.17 second delay, this appeared:

https://ccrma.stanford.edu/CCRMA/Courses/152/vibrating_systems.html

If you read up on "vibrating systems" and then have some specific questions or doubts, do come right back here and post them. Certainly members here are willing to help you along your journey toward understanding the natural world around us.
 

Related to Do Vibrating Systems Only Relate to Sound Waves?

What is a vibrating system?

A vibrating system is a physical system that undergoes periodic or random oscillations or vibrations. This can be seen in various phenomena such as the motion of a pendulum, the sound produced by a guitar string, or the movement of air molecules in sound waves.

What causes a vibrating system?

A vibrating system is caused by an external force or disturbance that causes the system to move away from its equilibrium position. This force can be applied continuously, periodically, or randomly, and can be of various types such as mechanical, electrical, or magnetic forces.

What are the different types of vibrating systems?

There are two main types of vibrating systems: linear and nonlinear. In a linear system, the response of the system is directly proportional to the applied force. In a nonlinear system, the response is not directly proportional and can exhibit more complex behavior.

What factors affect the behavior of a vibrating system?

The behavior of a vibrating system is affected by various factors such as the frequency and amplitude of the external force, the mass and stiffness of the system, and the damping present in the system. These factors determine the natural frequency, resonance, and damping of the system.

What are some real-world applications of vibrating systems?

Vibrating systems have various applications in everyday life, including musical instruments, earthquake engineering, and industrial machinery. They are also used in fields such as acoustics, seismology, and aerospace engineering for research and analysis purposes.

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