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| {{unreferenced|date=August 2012}}
| | My name is Dieter and I am studying Modern Languages and Classics and Nutritional Sciences at Lokken / Denmark.<br><br>my site [http://Www.dpinoxidables.com/node/27976 FIFA Coin Generator] |
| '''Chladni's law''', named after [[Ernst Chladni]], relates the [[frequency]] of [[modes of vibration]] for flat circular surfaces with fixed center as a function of the numbers ''m'' of diametric (linear) nodes and ''n'' of radial (circular) nodes. It is stated as the equation
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| :<math> f = C (m + 2n)^p \ </math>
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| where ''C'' and ''p'' are [[coefficients]] which depend on the properties of the plate.
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| For flat circular plates, ''p'' is roughly 2, but Chladni's law can also be used to describe the vibrations of [[cymbal]]s, [[handbells]], and [[church bells]] in which case ''p'' can vary from 1.4 to 2.4. In fact, ''p'' can even vary for a single object, depending on which family of modes is being examined.
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| ==External links==
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| *[http://www.phy.davidson.edu/StuHome/derekk/Chladni/pages/menu.htm A Study of Vibrating Plates] by Derek Kverno and Jim Nolen
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| [[Category:Waves]]
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| [[Category:Quantum mechanics]]
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| {{applied-math-stub}}
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Latest revision as of 18:36, 26 May 2014
My name is Dieter and I am studying Modern Languages and Classics and Nutritional Sciences at Lokken / Denmark.
my site FIFA Coin Generator