Difference between revisions of "Video:Sliding motion along an inclined plane"

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(Created page with "==Instructional video links== Note that these instructional videos are ''not'' part of Mech and the copyright on these is not with Mech contributors. Please visit the video link...")
 
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==Instructional video links==
 
==Instructional video links==
  
Note that these instructional videos are ''not'' part of Mech and the copyright on these is not with Mech contributors. Please visit the video links in the second column to get more information about the creators and context of the videos.
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===Basic coverage: Khan Academy videos===
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{| class="sortable" border="1"
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! Video embedded in this page (click SHOW MORE to view) !! Video link (on course page)  !! Segment !! Contextual information 
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| <toggledisplay>{{#widget:YouTube|id=TC23wD34C7k}}</toggledisplay> || [http://www.khanacademy.org/video/inclined-plane-force-components?playlist=Physics Khan Academy video: inclined plane force components] (click through to view comments, more)  || full video (12:42) || concentrates on the set up of the gravitational force and the normal reaction force
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| <toggledisplay>{{#widget:YouTube|id=Mz2nDXElcoM}}</toggledisplay> || [http://www.khanacademy.org/video/ice-accelerating-down-an-incline?playlist=Physics Khan Academy video: ice accelerating down incline]  || full video (10:37) || considers the kinematics, without friction. 
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| <toggledisplay>{{#widget:YouTube|id=v8ODIMqbQ44}}</toggledisplay> || [http://www.khanacademy.org/video/force-of-friction-keeping-the-block-stationary?playlist=Physics Khan Academy video: force of friction keeping the block stationary] || full video (8:41) ||considers the "no sliding" case with [[static friction]]
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| <toggledisplay>{{#widget:YouTube|id=BukTc4q9BMc}}</toggledisplay> || [http://www.khanacademy.org/video/correction-to-force-of-friction-keeping-the-block-stationary?playlist=Physics Khan Academy video: correction to force of friction keeping the block stationary] || full video (0:51) || considers the "no sliding" case with [[static friction]]
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| <toggledisplay>{{#widget:YouTube|id=iA7Thhnzc64}}</toggledisplay> || [http://www.khanacademy.org/video/force-of-friction-keeping-velocity-constant?playlist=Physics Khan Academy video: force of friction keeping velocity constant] || full video (9:09) || considers the "sliding" case with [[kinetic friction]]
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===Other coverage===
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{| class="sortable" border="1"
 
{| class="sortable" border="1"
! Video embedded in this page (click SHOW MORE to view) !! Video link (on course page) !! Video link to correct start time (not necessarily on course page) !! Segment !! Contextual information !! Transcript link !! Transcript segment  
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! Video embedded in this page (click SHOW MORE to view) !! Video link (on course page) !! Segment !! Contextual information !! Transcript link !! Transcript segment  
 
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| <toggledisplay>{{#widget:YouTube|id=TC23wD34C7k}}</toggledisplay> || [http://www.khanacademy.org/video/inclined-plane-force-components?playlist=Physics Khan Academy video: inclined plane force components] (click through to view this and more videos in the playlist on inclined planes) ||  || full video || || ||
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| (embedding unavailable) || [http://mindbites.com/series/241-physics-the-forces-of-friction?lesson_id=4514 Friction and Inclines lecture by Thinwell available on Mindbites] -- only a previes is available for free, the lecture can be downloaded for a small price || full video || ||
 
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| <toggledisplay>{{#widget:YouTube|id=uZGbtK2KBoY}}</toggledisplay> || [http://ocw.mit.edu/OcwWeb/Physics/8-01Physics-IFall1999/VideoLectures/detail/embed08.htm MIT OCW lecture on friction by Walter Lewin] ||  || 02:23 - 07:01 || Relates the [[limiting coefficient of static friction]] to the [[angle of friction]] to set the stage for some experimental demonstrations. || same as video link || It is fairly easy to measure ... to ...same kind of rubber.
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| <toggledisplay>{{#widget:YouTube|id=uZGbtK2KBoY}}</toggledisplay> || [http://ocw.mit.edu/OcwWeb/Physics/8-01Physics-IFall1999/VideoLectures/detail/embed08.htm MIT OCW lecture on friction by Walter Lewin] || 02:23 - 07:01 || Relates the [[limiting coefficient of static friction]] to the [[angle of friction]] to set the stage for some experimental demonstrations. || same as video link || It is fairly easy to measure ... to ...same kind of rubber.
 
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Latest revision as of 20:17, 5 December 2011

Some or all the videos linked to or embedded on this page were created by third parties independent of subwiki.org and its contributors. Thus, the copyright and usage restrictions applicable to those videos may differ from the subwiki.org default. For more information, please go to the link to the video page in the second column.

Instructional video links

Basic coverage: Khan Academy videos

Video embedded in this page (click SHOW MORE to view) Video link (on course page) Segment Contextual information
[SHOW MORE] Khan Academy video: inclined plane force components (click through to view comments, more) full video (12:42) concentrates on the set up of the gravitational force and the normal reaction force
[SHOW MORE] Khan Academy video: ice accelerating down incline full video (10:37) considers the kinematics, without friction.
[SHOW MORE] Khan Academy video: force of friction keeping the block stationary full video (8:41) considers the "no sliding" case with static friction
[SHOW MORE] Khan Academy video: correction to force of friction keeping the block stationary full video (0:51) considers the "no sliding" case with static friction
[SHOW MORE] Khan Academy video: force of friction keeping velocity constant full video (9:09) considers the "sliding" case with kinetic friction

Other coverage

Video embedded in this page (click SHOW MORE to view) Video link (on course page) Segment Contextual information Transcript link Transcript segment
(embedding unavailable) Friction and Inclines lecture by Thinwell available on Mindbites -- only a previes is available for free, the lecture can be downloaded for a small price full video
[SHOW MORE] MIT OCW lecture on friction by Walter Lewin 02:23 - 07:01 Relates the limiting coefficient of static friction to the angle of friction to set the stage for some experimental demonstrations. same as video link It is fairly easy to measure ... to ...same kind of rubber.