Standing Waves - Revision history

Sasthana37 at 03:14, 27 November 2023

2023-11-27T03:14:04Z

Sasthana37 at 23:53, 26 November 2023

2023-11-26T23:53:16Z

← Older revision		Revision as of 19:53, 26 November 2023
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			Claimed by Shubhangi Asthana, Fall 2023
	==Resonance==		==Resonance==
	Resonance is the physical phenomenon in which a system vibrates in response to an applied frequency, but the external force of this frequency interacts with the object in such a way that it causes the system to oscillate with a maximum amplitude due to the specific frequency induced. This property applies to many fields of physics when studying the way an object behaves in certain situations.		Resonance is the physical phenomenon in which a system vibrates in response to an applied frequency, but the external force of this frequency interacts with the object in such a way that it causes the system to oscillate with a maximum amplitude due to the specific frequency induced. This property applies to many fields of physics when studying the way an object behaves in certain situations.

Rtrickett3 at 21:33, 29 November 2015

2015-11-29T21:33:22Z

← Older revision		Revision as of 17:33, 29 November 2015
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	==Resonance==		==Resonance==
	~~When dealing with sound and its interaction with various objects~~ in ~~space,~~ a ~~resonant~~ frequency of a ~~wave is~~ the ~~natural~~ frequency ~~of vibration determined by the physical and chemical properties of said object~~. This property applies to many fields of physics when studying the way an object behaves in certain situations. Objects often have multiple vibrating resonant frequencies, and it will pick out those frequencies from a series of excitations, making it an even more useful tool when identifying the properties of an object.		Resonance is the physical phenomenon in which a system vibrates in response to an applied frequency, but the external force of this frequency interacts with the object in such a way that it causes the system to oscillate with a maximum amplitude due to the specific frequency induced. This property applies to many fields of physics when studying the way an object behaves in certain situations.
	===Natural Frequencies===		===Natural Frequencies===
	The existence of resonance in and of itself depends on the existence of natural frequencies ~~as defined above~~.		When dealing with sound and its interaction with various objects in space, a resonant frequency of a wave is the natural frequency of vibration determined by the physical and chemical properties of said object.The existence of resonance in and of itself depends on the existence of natural frequencies. Objects often have multiple natural vibrating resonant frequencies, and it will pick out those frequencies from a series of excitations, making it an even more useful tool when identifying the properties of an object.
			===History===
			One of the most famous visible examples of resonance in history is the disaster at the Tacoma Narrows Bridge in 1940. This bridge, in Tacoma, Washington, spanned the Tacoma Narrows Strait, but it collapsed into the waters of Puget Sound on November 7, 1940. This bridge had such a short lived existence due to resonance. Since its construction, workers observed vertical movement in the suspension bridge on windy days. This brought about the origin of the bridge's nickname: "Galloping Gertie". However, on a particularly windy day, the wind provided the bridge with a periodic vibrating frequency that matched the bridge's natural vibrational frequency, causing the bridge to become a massive oscillating standing wave. This intense oscillation proved too much for the structural integrity of the bridge, and it collapsed. No human lives were lost in the accident, but a black, male cocker spaniel named Tubby passed away from the incident.
	==Standing Waves==		==Standing Waves==

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	==Connectedness==		==Connectedness==


	~~==History==~~



	== See also ==		== See also ==

Rtrickett3: /* Natural Frequencies */

2015-11-29T21:19:42Z

Natural Frequencies

← Older revision		Revision as of 17:19, 29 November 2015
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	When dealing with sound and its interaction with various objects in space, a resonant frequency of a wave is the natural frequency of vibration determined by the physical and chemical properties of said object. This property applies to many fields of physics when studying the way an object behaves in certain situations. Objects often have multiple vibrating resonant frequencies, and it will pick out those frequencies from a series of excitations, making it an even more useful tool when identifying the properties of an object.		When dealing with sound and its interaction with various objects in space, a resonant frequency of a wave is the natural frequency of vibration determined by the physical and chemical properties of said object. This property applies to many fields of physics when studying the way an object behaves in certain situations. Objects often have multiple vibrating resonant frequencies, and it will pick out those frequencies from a series of excitations, making it an even more useful tool when identifying the properties of an object.
	===Natural Frequencies===		===Natural Frequencies===
			The existence of resonance in and of itself depends on the existence of natural frequencies as defined above.


	==Standing Waves==		==Standing Waves==

Rtrickett3 at 21:17, 29 November 2015

2015-11-29T21:17:26Z

← Older revision		Revision as of 17:17, 29 November 2015
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	==Resonance==		==Resonance==
	When dealing with sound and its interaction with various objects in space, a resonant frequency of a wave is the natural frequency of vibration determined by the physical and chemical properties of said object. This property applies to many fields of physics when studying the way an object behaves in certain situations. Objects often have multiple vibrating resonant frequencies, and it will pick out those frequencies from a series of excitations, making it an even more useful tool when identifying the properties of an object.		When dealing with sound and its interaction with various objects in space, a resonant frequency of a wave is the natural frequency of vibration determined by the physical and chemical properties of said object. This property applies to many fields of physics when studying the way an object behaves in certain situations. Objects often have multiple vibrating resonant frequencies, and it will pick out those frequencies from a series of excitations, making it an even more useful tool when identifying the properties of an object.


	===Natural Frequencies===		===Natural Frequencies===

Rtrickett3 at 21:16, 29 November 2015

2015-11-29T21:16:57Z

← Older revision		Revision as of 17:16, 29 November 2015
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	==Resonance==		==Resonance==
			When dealing with sound and its interaction with various objects in space, a resonant frequency of a wave is the natural frequency of vibration determined by the physical and chemical properties of said object. This property applies to many fields of physics when studying the way an object behaves in certain situations. Objects often have multiple vibrating resonant frequencies, and it will pick out those frequencies from a series of excitations, making it an even more useful tool when identifying the properties of an object.

Rtrickett3 at 21:11, 29 November 2015

2015-11-29T21:11:55Z

← Older revision		Revision as of 17:11, 29 November 2015
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	==Standing Waves===		==Standing Waves==



	===A Visual Model Model====		===A Visual Model Model===



	===A Mathematical Model====		===A Mathematical Model===


	==Open Cylinder===		==Open Cylinder==

	==Closed Cylinder===		==Closed Cylinder==



	==Applications===		==Applications==


	===Strings====		===Strings===


	===Tuning Forks====		===Tuning Forks===

Rtrickett3 at 21:11, 29 November 2015

2015-11-29T21:11:27Z

← Older revision		Revision as of 17:11, 29 November 2015
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	===Standing Waves===		==Standing Waves===



	====A Visual Model Model====		===A Visual Model Model====



	====A Mathematical Model====		===A Mathematical Model====


	===Open Cylinder===		==Open Cylinder===

	===Closed Cylinder===		==Closed Cylinder===



	===Applications===		==Applications===


	====Strings====		===Strings====


	====Tuning Forks====		===Tuning Forks====

Rtrickett3 at 21:10, 29 November 2015

2015-11-29T21:10:33Z

← Older revision		Revision as of 17:10, 29 November 2015
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	====Standing Waves====		===Standing Waves===


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	===~~First Law~~===		====A Mathematical Model====


			===Open Cylinder===

	====~~A Mathematical Model~~====		===Closed Cylinder===



	~~==Second Law==~~

			===Applications===

	~~===Mathematical Models===~~

			====Strings====


	===~~Examples~~===		====Tuning Forks====

Rtrickett3: Created page with "==Resonance== ===Natural Frequencies=== ====Standing Waves==== ====A Visual Model Model==== ===First Law=== ====A Mathematical Model==== ==Second Law==..."

2015-11-29T21:05:23Z

Created page with "==Resonance== ===Natural Frequencies=== ====Standing Waves==== ====A Visual Model Model==== ===First Law=== ====A Mathematical Model==== ==Second Law==..."

New page

==Resonance==

===Natural Frequencies===

====Standing Waves====

====A Visual Model Model====

===First Law===

====A Mathematical Model====

==Second Law==

===Mathematical Models===

===Examples===

==Connectedness==

==History==

== See also ==

===Further reading===

===External links===

==References==

https://www.grc.nasa.gov/www/k-12/airplane/thermo0.html
http://hyperphysics.phy-astr.gsu.edu/hbase/thermo/thereq.html
https://www.grc.nasa.gov/www/k-12/airplane/thermo2.html
http://www.phys.nthu.edu.tw/~thschang/notes/GP21.pdf
http://www.eoearth.org/view/article/153532/

[[Sound]]