Question regarding Physics Principles

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In summary, the conversation revolves around a student seeking help in describing the physics principles behind their kinetic sculpture project. The sculpture involves a mini fan powered by batteries that turns a propeller, which in turn creates sound through two attached resonance chambers from a wind chime. The student is hoping to incorporate principles such as torque, wave/sound, wind, friction, and energy into their explanation. They receive advice to think about how each component of the sculpture works and to ask questions if unsure.
  • #1
Nikola Tesla
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I made something of a kinetic sculpture for a project in class. The problem is, I'm having trouble describing the physics principles behind it. Here is the kinetic sculpture in a nutshell, so to speak. A mini fan, powered by batteries, makes a propeller move. There's two "resonance chambers" of a windchime attached to the propeller, so while the propeller moves, the little chambers from the windchime make sound. Now, I was hoping to use torque, wave/sound, wind, friction, and energy, as my principles, but It's hard for me to explain, in terms of the project. Can anybody help me out?
 
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  • #2
Sounds like you already know what youre doing.
Are you trying to say something along the lines of: The elec energy from the battery turns into mechanical energy in the propeller ... etc?
 
  • #3
^That is exactly what I'm trying to do. Can you help me out?
 
  • #4
Nikola Tesla said:
^That is exactly what I'm trying to do. Can you help me out?

You have a lot going on there. The wind chimes alone could be a nice topic of discussion. Why do chimes of different lengths produce different tones?

http://www.physicsclassroom.com/Class/sound/u11l5c.html

Is something hitting your chimes? or are they just swinging through the air making sound because the air is blowing over them?
 
  • #5
Just have a think about what's happening in each situation. How is each thing possible?

Ok, so there's a potential electrical energy inthe batteries. It is used up turning the fan. ie mechanical energy. Then just think about how the sound is generated in the resonance chambers.

Keep asking questions if youre unsure.
 

FAQ: Question regarding Physics Principles

What is the difference between classical and modern physics?

Classical physics refers to the study of motion and forces on macroscopic scales, while modern physics deals with the behavior of matter and energy on a microscopic scale. Classical physics includes Newton's laws of motion and thermodynamics, while modern physics includes quantum mechanics and relativity.

How does the principle of conservation of energy apply to physics?

The principle of conservation of energy states that energy cannot be created or destroyed, only converted from one form to another. This applies to all physical systems and is a fundamental principle in understanding the behavior of matter and energy.

What is the role of mathematics in physics principles?

Mathematics is essential in physics as it provides a language to describe and quantify physical phenomena. Many physical laws and principles are expressed through mathematical equations, and the use of mathematics allows for precise and accurate predictions and explanations of natural phenomena.

Can physics principles be applied to everyday life?

Yes, physics principles can be seen in many aspects of everyday life. For example, the laws of motion explain how objects move and why we feel the effects of inertia when riding in a car. Understanding physics principles can also help in practical applications such as building structures, designing electronics, and developing new technologies.

What is the scientific method and how is it used in physics?

The scientific method is a systematic approach to investigating and understanding the natural world. It involves making observations, formulating hypotheses, conducting experiments, and analyzing data to draw conclusions. In physics, the scientific method is used to test and refine theories and principles, leading to a better understanding of the physical world.

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