Coefficient of Restitution - Revision history

Sydney: /* History */

2019-07-08T21:22:37Z

History

← Older revision		Revision as of 17:22, 8 July 2019
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	==History==		==History==
	The concept of coefficient of restitution became wildly used first because of golf. As golf clubs, specifically drivers, improved in design, the clubs began to work almost too well. By making the face of the driver thinner, more energy is released and the golf ball is hit farther. The United States Golf Association began to test and regulate these clubs based on their coefficient of restitution, establishing a maximum at .83. A comprehensive report of the testing and results came out in 2006. Coefficient of Restitution continued to show up in other sports, such as tennis and basketball.		The concept of coefficient of restitution became wildly used first because of golf. As golf clubs, specifically drivers, improved in design, the clubs began to work almost too well. By making the face of the driver thinner, more energy is released and the golf ball is hit farther. The United States Golf Association began to test and regulate these clubs based on their coefficient of restitution, establishing a maximum at .82. A comprehensive report of the testing and results came out in 2006. Coefficient of Restitution continued to show up in other sports, such as tennis and basketball.

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

Sydney: /* Connectedness */

2019-07-08T21:22:00Z

Connectedness

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	This topic has major connections to sports. As a former high school volleyball player, it is very interesting to think about the collisions that occurred in the game and how the coefficient of restitution is related to those collisions.<br>		This topic has major connections to sports. As a former high school volleyball player, it is very interesting to think about the collisions that occurred in the game and how the coefficient of restitution is related to those collisions.<br>

	~~The~~ coefficient of restitution is ~~a key~~ concept in the ~~study~~ of ~~Dynamics which~~ is the ~~foundation of many aspects of mechanical engineering~~. ~~It also has~~ to ~~do with applications of mechanical engineering~~ regarding ~~materials~~. <br>		In sports, the coefficient of restitution is an important concept, especially in sports like golf or tennis where collisions are a frequent and essential part of the game. In these sports sometimes limitations are put on how high the coefficient of restitution can be for certain clubs or bats. The maximum coefficient of restitution allowed in golf for clubs is .82. There have been studies done on the coefficients for different sports balls. These studies usually follow a procedure where different balls are dropped and left to bounce. Then data regarding their initial and final velocities or how high they bounced is recorded. <br>

	~~In sports, the~~ coefficient of restitution is ~~an important~~ concept ~~especially~~ in ~~sports like golf or tennis where collisions are a frequent and essential part~~ of the ~~game. In these sports sometimes limitations are put on how high the coefficient~~ of ~~restitution can be for certain clubs or bats. The maximum coefficient~~ of ~~restitution allowed in golf for clubs is .82. There have been studies done on the coefficients for different sports balls~~. ~~These studies usually follow a procedure where different balls are dropped and left~~ to ~~bounce. Then data~~ regarding ~~their initial and final velocities or how high they bounced is recorded~~.		The coefficient of restitution is a key concept in the study of Dynamics, which is the foundation of many aspects of mechanical engineering. It also has to do with applications of mechanical engineering regarding materials.

	==History==		==History==

Sydney: /* References */

2019-07-02T00:20:40Z

References

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	==References==		==References==

	McGill, David J., and Wilton W. King. Engineering mechanics : an introduction to dynamics. Bloomington, IN: Tichenor Pub, 2003. Print. ~~<br>~~<br>		McGill, David J., and Wilton W. King. Engineering mechanics : an introduction to dynamics. Bloomington, IN: Tichenor Pub, 2003. Print. <br>
	"Quintic 4 Education Sports Video Analysis Software Education Package - The Coefficient of Restitution." Quintic 4 Education Sports Video Analysis Software Education Package - The Coefficient of Restitution. Quintic 4 Education, n.d. Web. 05 Dec. 2015.~~<br>~~<br>		"Quintic 4 Education Sports Video Analysis Software Education Package - The Coefficient of Restitution." Quintic 4 Education Sports Video Analysis Software Education Package - The Coefficient of Restitution. Quintic 4 Education, n.d. Web. 05 Dec. 2015.<br>
	"Coefficient of Restitution (COR)." Yale. Web. 5 Dec. 2015.<br><br>		"Coefficient of Restitution (COR)." Yale. Web. 5 Dec. 2015.<br>
			“Coefficient of Restitution.” Wikipedia, Wikimedia Foundation, 29 June 2019, en.wikipedia.org/wiki/Coefficient_of_restitution.<br>
	[[Category:Collisions]]		[[Category:Collisions]]

Sydney: /* History */

2019-07-02T00:17:58Z

History

← Older revision		Revision as of 20:17, 1 July 2019
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	==History==		==History==
			The concept of coefficient of restitution became wildly used first because of golf. As golf clubs, specifically drivers, improved in design, the clubs began to work almost too well. By making the face of the driver thinner, more energy is released and the golf ball is hit farther. The United States Golf Association began to test and regulate these clubs based on their coefficient of restitution, establishing a maximum at .83. A comprehensive report of the testing and results came out in 2006. Coefficient of Restitution continued to show up in other sports, such as tennis and basketball.


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

Sydney: /* Connectedness */

2019-07-01T23:13:38Z

Connectedness

← Older revision		Revision as of 19:13, 1 July 2019
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	==Connectedness==		==Connectedness==

	This topic has major connections to sports. As a former high school volleyball player, it is very interesting to think about the collisions that occurred in the game and how the coefficient of restitution is related to those collisions.~~<br>~~<br>		This topic has major connections to sports. As a former high school volleyball player, it is very interesting to think about the collisions that occurred in the game and how the coefficient of restitution is related to those collisions.<br>

	The coefficient of restitution is a key concept in the study of Dynamics which is the foundation of many aspects of mechanical engineering. It also has to do with applications of mechanical engineering regarding materials. ~~<br>~~<br>		The coefficient of restitution is a key concept in the study of Dynamics which is the foundation of many aspects of mechanical engineering. It also has to do with applications of mechanical engineering regarding materials. <br>

	In sports, the coefficient of restitution is an important concept especially in sports like golf or tennis where collisions are a frequent and essential part of the game. In these sports sometimes limitations are put on how high the coefficient of restitution can be for certain clubs or bats. The maximum coefficient of restitution allowed in golf for clubs is .82. There have been studies done on the coefficients for different sports balls. These studies usually follow a procedure where different balls are dropped and left to bounce. Then data regarding their initial and final velocities or how high they bounced is recorded.		In sports, the coefficient of restitution is an important concept especially in sports like golf or tennis where collisions are a frequent and essential part of the game. In these sports sometimes limitations are put on how high the coefficient of restitution can be for certain clubs or bats. The maximum coefficient of restitution allowed in golf for clubs is .82. There have been studies done on the coefficients for different sports balls. These studies usually follow a procedure where different balls are dropped and left to bounce. Then data regarding their initial and final velocities or how high they bounced is recorded.

Sydney: /* Further Reading */

2019-07-01T03:54:43Z

Sydney at 03:52, 1 July 2019

2019-07-01T03:52:48Z

← Older revision		Revision as of 23:52, 30 June 2019
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	In sports, the coefficient of restitution is an important concept especially in sports like golf or tennis where collisions are a frequent and essential part of the game. In these sports sometimes limitations are put on how high the coefficient of restitution can be for certain clubs or bats. The maximum coefficient of restitution allowed in golf for clubs is .82. There have been studies done on the coefficients for different sports balls. These studies usually follow a procedure where different balls are dropped and left to bounce. Then data regarding their initial and final velocities or how high they bounced is recorded.		In sports, the coefficient of restitution is an important concept especially in sports like golf or tennis where collisions are a frequent and essential part of the game. In these sports sometimes limitations are put on how high the coefficient of restitution can be for certain clubs or bats. The maximum coefficient of restitution allowed in golf for clubs is .82. There have been studies done on the coefficients for different sports balls. These studies usually follow a procedure where different balls are dropped and left to bounce. Then data regarding their initial and final velocities or how high they bounced is recorded.

	===History===		==History==

Sydney at 03:52, 1 July 2019

2019-07-01T03:52:07Z

← Older revision		Revision as of 23:52, 30 June 2019
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	In sports, the coefficient of restitution is an important concept especially in sports like golf or tennis where collisions are a frequent and essential part of the game. In these sports sometimes limitations are put on how high the coefficient of restitution can be for certain clubs or bats. The maximum coefficient of restitution allowed in golf for clubs is .82. There have been studies done on the coefficients for different sports balls. These studies usually follow a procedure where different balls are dropped and left to bounce. Then data regarding their initial and final velocities or how high they bounced is recorded.		In sports, the coefficient of restitution is an important concept especially in sports like golf or tennis where collisions are a frequent and essential part of the game. In these sports sometimes limitations are put on how high the coefficient of restitution can be for certain clubs or bats. The maximum coefficient of restitution allowed in golf for clubs is .82. There have been studies done on the coefficients for different sports balls. These studies usually follow a procedure where different balls are dropped and left to bounce. Then data regarding their initial and final velocities or how high they bounced is recorded.

			===History===



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

Sydney: /* See also */

2019-07-01T03:51:08Z

Sydney: /* Connectedness */

2019-07-01T03:49:43Z

Connectedness

← Older revision		Revision as of 23:49, 30 June 2019
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	This topic has major connections to sports. As a former high school volleyball player, it is very interesting to think about the collisions that occurred in the game and how the coefficient of restitution is related to those collisions.<br><br>		This topic has major connections to sports. As a former high school volleyball player, it is very interesting to think about the collisions that occurred in the game and how the coefficient of restitution is related to those collisions.<br><br>


	The coefficient of restitution is a key concept in the study of Dynamics which is the foundation of many aspects of mechanical engineering. It also has to do with applications of mechanical engineering regarding materials. <br><br>		The coefficient of restitution is a key concept in the study of Dynamics which is the foundation of many aspects of mechanical engineering. It also has to do with applications of mechanical engineering regarding materials. <br><br>


	In sports, the coefficient of restitution is an important concept especially in sports like golf or tennis where collisions are a frequent and essential part of the game. In these sports sometimes limitations are put on how high the coefficient of restitution can be for certain clubs or bats. The maximum coefficient of restitution allowed in golf for clubs is .82. There have been studies done on the coefficients for different sports balls. These studies usually follow a procedure where different balls are dropped and left to bounce. Then data regarding their initial and final velocities or how high they bounced is recorded.		In sports, the coefficient of restitution is an important concept especially in sports like golf or tennis where collisions are a frequent and essential part of the game. In these sports sometimes limitations are put on how high the coefficient of restitution can be for certain clubs or bats. The maximum coefficient of restitution allowed in golf for clubs is .82. There have been studies done on the coefficients for different sports balls. These studies usually follow a procedure where different balls are dropped and left to bounce. Then data regarding their initial and final velocities or how high they bounced is recorded.

← Older revision		Revision as of 23:54, 30 June 2019
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	===Further Reading===		===Further Reading===
	http://physicsbook.gatech.edu/Elastic_Collisions <br>		[http://physicsbook.gatech.edu/Elastic_Collisions Elastic Collisions] <br>
	http://physicsbook.gatech.edu/Inelastic_Collisions <br>		[http://physicsbook.gatech.edu/Inelastic_Collisions Inelastic Collisions] <br>
	http://physicsbook.gatech.edu/Collisions <br>		[http://physicsbook.gatech.edu/Collisions Collisions] <br>
	http://physicsbook.gatech.edu/Conservation_of_Momentum <br>		[http://physicsbook.gatech.edu/Conservation_of_Momentum Conservation of Momentum] <br>
	http://physicsbook.gatech.edu/Conservation_of_Energy <br>		[http://physicsbook.gatech.edu/Conservation_of_Energy Conservation of Energy] <br>


	===External links===		===External links===

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			===Further Reading===
	http://physicsbook.gatech.edu/Elastic_Collisions <br>		http://physicsbook.gatech.edu/Elastic_Collisions <br>
	http://physicsbook.gatech.edu/Inelastic_Collisions <br>		http://physicsbook.gatech.edu/Inelastic_Collisions <br>
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	http://physicsbook.gatech.edu/Conservation_of_Momentum <br>		http://physicsbook.gatech.edu/Conservation_of_Momentum <br>
	http://physicsbook.gatech.edu/Conservation_of_Energy <br>		http://physicsbook.gatech.edu/Conservation_of_Energy <br>