PhyLab - Contributions de l’utilisateur [fr]

Widget:YouTube

2018-09-13T15:33:22Z

Administrator :

<noinclude>
This widget allows you to add a [https://developers.google.com/youtube/player_parameters YouTube video player] to your wiki page.

Created by [https://www.mediawikiwidgets.org/User:Yaron_Koren Yaron Koren].

== Using this widget ==
For information on how to use this widget, see the [https://www.mediawikiwidgets.org/YouTube widget description page on MediaWikiWidgets.org].

== Copy to your site ==
To use this widget on your site, just install the [https://www.mediawiki.org/wiki/Extension:Widgets MediaWiki Widgets extension] and the copy [{{fullurl:{{FULLPAGENAME}}|action=edit}} full source code] of this page to your wiki, as an article called '''{{FULLPAGENAME}}'''.
</noinclude><includeonly><iframe width="" height="" src="https://www.youtube.com/embed/?listType=playlist&list=" style="border: none" allowfullscreen></iframe></includeonly>

Pendulum waves

2015-08-04T17:25:28Z

Administrator : /* Images & Movies */

__NOTOC__

Back to [[3B_-_Wave_motion|3B - Wave motion]]<br>
PIRA index: 3B10.75

==Description==
A set of successfully shorter pendula exhibit a sequence of waves if their motion is started in phase.

==Equipment==
*pendulum waves apparatus
*meter stick

==Instructions==
Use a meter stick to simultaneously push all the pendula such that they are about 30 degrees from vertical then release them. The pendula will go through a series of different waves.

==Keywords==
pendulum waves, wave motion

==Images & Movies==
<gallery>
File:3B10.75_1.JPG|Figure1
File:3B10.75_2.JPG|Figure2
</gallery>
{{#widget:YouTube|id=Znd7AkVUhC8}}
{{#widget:YouTube|width=533px|height=300px|id=Znd7AkVUhC8}}

Pendulum waves

2015-08-04T17:23:45Z

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Pendulum waves

2015-08-04T17:11:15Z

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Pendulum waves

2015-08-04T16:14:17Z

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Pendulum waves

2015-08-04T16:08:35Z

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Pendulum waves

2015-08-04T16:06:36Z

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1A10.1 Demo test 1

2014-06-27T14:16:46Z

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==Description==
This demo does this and that!

==Images==
{|
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
|}

{{#widget:YouTube|id=ZE8s9Zzjh8g}}
{{#widget:YouTube|id=ZE8s9Zzjh8g}}
{{#widget:YouTube|id=ZE8s9Zzjh8g}}
{{#widget:YouTube|id=ZE8s9Zzjh8g}}
{{#widget:YouTube|id=ZE8s9Zzjh8g}}
{{#widget:YouTube|id=ZE8s9Zzjh8g}}

==Movies==
[[media:Picture 012.jpg]]
[[media:IMG 0175 (1).MOV]]
{{#html:Template:Page1|param1=value1}}

1A10.1 Demo test 1

2014-06-27T14:16:22Z

Administrator :

==Description==
This demo does this and that!

==Images==
{|
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
|}

{{#widget:YouTube|id=ZE8s9Zzjh8g}}
{{#widget:YouTube|id=ZE8s9Zzjh8g}}
{{#widget:YouTube|id=ZE8s9Zzjh8g}}

==Movies==
[[media:Picture 012.jpg]]
[[media:IMG 0175 (1).MOV]]
{{#html:Template:Page1|param1=value1}}

1A10.1 Demo test 1

2014-06-27T14:00:06Z

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1A10.1 Demo test 1

2014-06-26T18:50:28Z

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==Description==
This demo does this and that!

==Images==
{|
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
|}

<mediaplayer>http://www.yourdomain.com/mediafile.flv</mediaplayer>

{{#widget:YouTube|id=Ukytqe9pwDM}}

==Movies==
[[media:Picture 012.jpg]]
[[media:IMG 0175 (1).MOV]]
{{#html:Template:Page1|param1=value1}}

1A10.1 Demo test 1

2014-06-26T18:38:59Z

Administrator :

==Description==
This demo does this and that!

==Images==
{|
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
|}

<mediaplayer>http://www.yourdomain.com/mediafile.flv</mediaplayer>

==Movies==
[[media:Picture 012.jpg]]
[[media:IMG 0175 (1).MOV]]
{{#html:Template:Page1|param1=value1}}

1A10.1 Demo test 1

2014-06-26T18:35:13Z

Administrator :

==Description==
This demo does this and that!

==Images==
{|
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
| [[File:picture 012.jpg|thumb|upright|alt=some text|text]]
|}

<qt>file=IMG 0175 (1).MOV|width=320|height=240|autoplay=true</qt>

==Movies==
[[media:Picture 012.jpg]]
[[media:IMG 0175 (1).MOV]]
{{#html:Template:Page1|param1=value1}}

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2014-06-26T18:32:55Z

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2014-06-26T18:28:52Z

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2014-06-26T18:28:16Z

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MediaWiki:Sidebar

2014-06-17T17:24:45Z

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MediaWiki:Sidebar

2014-06-17T17:24:07Z

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MediaWiki:Sidebar

2014-06-17T17:23:05Z

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MediaWiki:Sidebar

2014-06-17T17:21:05Z

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MediaWiki:Sidebar

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MediaWiki:Sidebar

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MediaWiki:Sidebar

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MediaWiki:Sidebar

2014-06-17T17:18:24Z

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Main Page

2014-06-17T13:58:44Z

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'''Welcome to the University of Ottawa Physics Demonstration wiki page!'''

== Browsing demonstrations ==
Lecture physics demonstrations available at the university of Ottawa can be found on this site. They are sorted following the [http://physicslearning.colorado.edu/Pira.asp PIRA Demonstration Classification Scheme] (see the list of topics on the left side of the page). You can also use our search engine located at the top of this page.

== Borrowing a demonstration for a lecture ==
If you need to borrow a demonstration for your class, please contact the first year laboratory staff in person at MCD 205, by phone at 6766 or [mailto:phylab@uottawa.ca by email] at least 48 hours before your lecture.

Main Page

2014-06-17T13:58:17Z

Administrator :

'''Welcome to the University of Ottawa Physics Demonstration wiki page!'''

== Browsing demonstrations ==
Lecture physics demonstrations available at the university of Ottawa can be found on this site. They are sorted following the [http://physicslearning.colorado.edu/Pira.asp PIRA Demonstration Classification Scheme] (see the list of topics on the left side of the page). You can also use our search engine located at the top of this page.

== Borrowing a demonstration for a lecture ==
If you need to borrow a demonstration for your class, please contact the first year laboratory staff in person at MCD 205, by phone at 6766 or by email at [mailto:phylab@uottawa.ca aaa] at least 48 hours before your lecture.

Main Page

2014-06-17T13:57:51Z

Administrator :

'''Welcome to the University of Ottawa Physics Demonstration wiki page!'''

== Browsing demonstrations ==
Lecture physics demonstrations available at the university of Ottawa can be found on this site. They are sorted following the [http://physicslearning.colorado.edu/Pira.asp PIRA Demonstration Classification Scheme] (see the list of topics on the left side of the page). You can also use our search engine located at the top of this page.

== Borrowing a demonstration for a lecture ==
If you need to borrow a demonstration for your class, please contact the first year laboratory staff in person at MCD 205, by phone at 6766 or by email at [mailto:phylab@uottawa.ca] at least 48 hours before your lecture.

Main Page

2014-06-17T13:56:37Z

Administrator :

'''Welcome to the University of Ottawa Physics Demonstration wiki page!'''

== Browsing demonstrations ==
Lecture physics demonstrations available at the university of Ottawa can be found on this site. They are sorted following the [http://physicslearning.colorado.edu/Pira.asp PIRA Demonstration Classification Scheme] (see the list of topics on the left side of the page). You can also use our search engine located at the top of this page.

== Borrowing a demonstration for a lecture ==
If you need to borrow a demonstration for your class, please contact the first year laboratory staff in person at MCD 205, by phone at 6766 or by email at phylab@uottawa.ca at least 48 hours before your lecture.

Ball and feather in air/vacuum

2014-06-09T14:18:24Z

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Ball and feather in air/vacuum

2014-06-09T14:17:58Z

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Modèle:Infobox

2014-06-09T14:16:16Z

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{{{fourth}}}

Ball and feather in air/vacuum

2014-06-09T14:15:51Z

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__NOTOC__
PIRA index: 1C20.10

==Description==
A feather falls more slowly than a ball down a tube due to air resistance. When the tube is evacuated, both the feather and ball fall with equal speed.

==Equipment==
*...
*...

==Instructions==

==Keywords==
ball, drop, feather, vacuum

==Images & Movies==
<gallery>
File:IMG 0590.JPG|caption
File:IMG 0590.JPG|caption
File:IMG 0590.JPG|caption
</gallery>

{{infobox
| title = A pretty flower
| image = Example.jpg
| imagewidth = 100
| imagecaption = Floweris flowerum
| first = Pink and green
| second = Outdoors
| fourth = Annual
}}

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sss

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2014-06-09T14:14:45Z

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{{infobox
| title =
| image = [e.g. "Example.jpg"]
| imagewidth = [e.g. "150"] [default: 210 pixels]
| imagecaption =
| first =
| second =
| third =
| fourth =
| fifth =
| sixth =
}}

Ball and feather in air/vacuum

2014-06-09T14:14:20Z

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Modèle:Infobox

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{{{aaa}}}

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{{Infobox
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Ball and feather in air/vacuum

2014-06-09T13:57:46Z

Administrator :

__NOTOC__
PIRA index: 1C20.10

==Description==
A feather falls more slowly than a ball down a tube due to air resistance. When the tube is evacuated, both the feather and ball fall with equal speed.

==Equipment==
*...
*...

==Instructions==

==Keywords==
ball, drop, feather, vacuum

==Images & Movies==
<gallery>
File:IMG 0590.JPG|caption
File:IMG 0590.JPG|caption
File:IMG 0590.JPG|caption
</gallery>

{{infobox
| Box title =
| image = Example.jpg
| imagewidth = [defaults to 250]
| caption =
| Row 1 title =
| Row 1 info =
| Row 2 title =
| Row 2 info =
| Row 3 title =
| Row 3 info =
| Row 4 title =
| Row 4 info =
| Row 5 title =
| Row 5 info =
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| Row 6 info =
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| Row 7 info =
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}}

Mechanics

2014-06-06T19:37:36Z

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__NOTOC__
==1A - Measurements==
===10. Basic units===




===20. Error and accuracy===
===30. Coordinate Systems===
===40. Vectors===
===50. Math Topics===
===60. Scaling===

==1C - Motion in one dimension==
===10. Velocity===
===20. Uniform Acceleration===
*1C20.10 [[Ball and feather in air/vacuum]]
===30. Measuring ''g''===

==1D - Motion in two dimensions==
===10. Displacement in Two Dimensions===
===15. Velocity, Position and Acceleration===
===40. Motion of the Center of Mass===
===50. Central Forces===
===52. Deformation by Central Forces===
===55. Centrifugal Escape===
===60. Projectile Motion===

==1E - Relative Motion==
===10. Moving Reference Frames===
===20. Rotating Reference Frames===
===30. Coriolis Effect===

==1F - Newton's First Law==
===10. Measuring Inertia===
===20. Inertia of Rest===
===30. Inertia of Motion===

==1G - Newton's Second Law==
===10. Force, Mass and Acceleration===
===20. Accelerated Reference Frames===
===30. Complex Systems===

==1H - Newton's Third Law==
===10. Action and Reaction===
===11. Recoil===

==1J - Statics and Rigid bodies==
===10. Finding Center of Gravity===
===11. Exceeding Center of Gravity===
===20. Stable, Unstable, and Neutral Equilibrium===
===30. Resolution of Forces===
===40. Static Torque===

==1K - Applications of Newton's Law==
===10. Dynamic Torque===
===20. Friction===
===30. Pressure===

==1L - Gravity==
===10. Universal Gravitational Constant===
===20. Orbits===

==1M - Work and Energy==
===10. Work===
===20. Simple Machines===
===30. Non-Conservative forces===
===40. Conservation of Energy===
===50. Mechanical Power===

==1N - Linear Momentum and Collisions==
===10. Impulse and Thrust===
===20. Conservation of Linear Momentum===
===21. Mass and Momentum Transfer===
===22. Rockets===
===30. Collisions on One Dimension===
===40. Collisions in Two Dimensions===

==1Q - Rotational Dynamics==
===10. Moment of Inertia===
===20. Rotational Energy===
===30. Transfer of Angular Momentum===
===40. Conservation of Angular Momentum===
===50. Gyros===
===60. Rotational Stability===

==1R - Properties of Matter==
===10. Hooke's Law===
===20. Tensile and Compressible Stress===
===30. Shear Stress===
===40. Coefficient of Restitution===
===50. Crystal Structure===

Ball and feather in air/vacuum

2014-06-06T19:36:55Z

Administrator : moved 1C20.10 Ball and feather in air/vacuum to Ball and feather in air/vacuum

Mechanics

2014-06-06T19:25:53Z

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__NOTOC__
==1A - Measurements==
===10. Basic units===




===20. Error and accuracy===
===30. Coordinate Systems===
===40. Vectors===
===50. Math Topics===
===60. Scaling===

==1C - Motion in one dimension==
===10. Velocity===
===20. Uniform Acceleration===
*1C20.10 [[1C20.10 Ball and feather in air/vacuum]]
===30. Measuring ''g''===

==1D - Motion in two dimensions==
===10. Displacement in Two Dimensions===
===15. Velocity, Position and Acceleration===
===40. Motion of the Center of Mass===
===50. Central Forces===
===52. Deformation by Central Forces===
===55. Centrifugal Escape===
===60. Projectile Motion===

==1E - Relative Motion==
===10. Moving Reference Frames===
===20. Rotating Reference Frames===
===30. Coriolis Effect===

==1F - Newton's First Law==
===10. Measuring Inertia===
===20. Inertia of Rest===
===30. Inertia of Motion===

==1G - Newton's Second Law==
===10. Force, Mass and Acceleration===
===20. Accelerated Reference Frames===
===30. Complex Systems===

==1H - Newton's Third Law==
===10. Action and Reaction===
===11. Recoil===

==1J - Statics and Rigid bodies==
===10. Finding Center of Gravity===
===11. Exceeding Center of Gravity===
===20. Stable, Unstable, and Neutral Equilibrium===
===30. Resolution of Forces===
===40. Static Torque===

==1K - Applications of Newton's Law==
===10. Dynamic Torque===
===20. Friction===
===30. Pressure===

==1L - Gravity==
===10. Universal Gravitational Constant===
===20. Orbits===

==1M - Work and Energy==
===10. Work===
===20. Simple Machines===
===30. Non-Conservative forces===
===40. Conservation of Energy===
===50. Mechanical Power===

==1N - Linear Momentum and Collisions==
===10. Impulse and Thrust===
===20. Conservation of Linear Momentum===
===21. Mass and Momentum Transfer===
===22. Rockets===
===30. Collisions on One Dimension===
===40. Collisions in Two Dimensions===

==1Q - Rotational Dynamics==
===10. Moment of Inertia===
===20. Rotational Energy===
===30. Transfer of Angular Momentum===
===40. Conservation of Angular Momentum===
===50. Gyros===
===60. Rotational Stability===

==1R - Properties of Matter==
===10. Hooke's Law===
===20. Tensile and Compressible Stress===
===30. Shear Stress===
===40. Coefficient of Restitution===
===50. Crystal Structure===

Mechanics

2014-06-06T19:25:17Z

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Ball and feather in air/vacuum

2014-06-06T19:24:19Z

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Ball and feather in air/vacuum

2014-06-06T19:23:47Z

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Ball and feather in air/vacuum

2014-06-06T19:23:28Z

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Ball and feather in air/vacuum

2014-06-06T19:22:35Z

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PIRA index: 1C20.10

==Description==
A feather falls more slowly than a ball down a tube due to air resistance. When the tube is evacuated, both the feather and ball fall with equal speed.

==Equipment==
*...
*...

==Keywords==
ball, drop, feather, vacuum

==Images==
<gallery>
File:IMG 0590.JPG|caption
File:IMG 0590.JPG|caption
File:IMG 0590.JPG|caption
</gallery>

Mechanics

2014-06-06T19:19:03Z

Administrator :

__NOTOC__
==1A - Measurements==
===10. Basic units===




===20. Error and accuracy===
===30. Coordinate Systems===
===40. Vectors===
===50. Math Topics===
===60. Scaling===

==1C - Motion in one dimension==
===10. Velocity===
===20. Uniform Acceleration===
*[[1C20.10 Ball and feather in air/vacuum]]
===30. Measuring ''g''===

==1D - Motion in two dimensions==
===10. Displacement in Two Dimensions===
===15. Velocity, Position and Acceleration===
===40. Motion of the Center of Mass===
===50. Central Forces===
===52. Deformation by Central Forces===
===55. Centrifugal Escape===
===60. Projectile Motion===

==1E - Relative Motion==
===10. Moving Reference Frames===
===20. Rotating Reference Frames===
===30. Coriolis Effect===

==1F - Newton's First Law==
===10. Measuring Inertia===
===20. Inertia of Rest===
===30. Inertia of Motion===

==1G - Newton's Second Law==
===10. Force, Mass and Acceleration===
===20. Accelerated Reference Frames===
===30. Complex Systems===

==1H - Newton's Third Law==
===10. Action and Reaction===
===11. Recoil===

==1J - Statics and Rigid bodies==
===10. Finding Center of Gravity===
===11. Exceeding Center of Gravity===
===20. Stable, Unstable, and Neutral Equilibrium===
===30. Resolution of Forces===
===40. Static Torque===

==1K - Applications of Newton's Law==
===10. Dynamic Torque===
===20. Friction===
===30. Pressure===

==1L - Gravity==
===10. Universal Gravitational Constant===
===20. Orbits===

==1M - Work and Energy==
===10. Work===
===20. Simple Machines===
===30. Non-Conservative forces===
===40. Conservation of Energy===
===50. Mechanical Power===

==1N - Linear Momentum and Collisions==
===10. Impulse and Thrust===
===20. Conservation of Linear Momentum===
===21. Mass and Momentum Transfer===
===22. Rockets===
===30. Collisions on One Dimension===
===40. Collisions in Two Dimensions===

==1Q - Rotational Dynamics==
===10. Moment of Inertia===
===20. Rotational Energy===
===30. Transfer of Angular Momentum===
===40. Conservation of Angular Momentum===
===50. Gyros===
===60. Rotational Stability===

==1R - Properties of Matter==
===10. Hooke's Law===
===20. Tensile and Compressible Stress===
===30. Shear Stress===
===40. Coefficient of Restitution===
===50. Crystal Structure===

Ball and feather in air/vacuum

2014-06-06T19:18:12Z

Administrator :

==Description==
A feather falls more slowly than a ball down a tube due to air resistance. When the tube is evacuated, both the feather and ball fall with equal speed.

==Keywords==
ball, drop, feather, vacuum

==Images==
<gallery>
File:IMG 0590.JPG|caption
File:IMG 0590.JPG|caption
File:IMG 0590.JPG|caption
</gallery>