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So what are other folks seeing around Putney? Have a look at the videos "tagged" on the web by others around Putney. And if you've got something "video-worthy," share it! Remember, this is your community! If you see something inappropriate posted here, please let us know immediately and we'll look into it.
Derivatives Part 3 (Chain Rule Example 5) 03:07
Internet Explorer users: click pause before closing Derivatives Part 3 (Chain Rule Example 5)running time:03:07 added by:wlmui source: YouTubeThis is part of a series of videos I've made for my calculus class at The Putney School in Putney, VT. In this video, I find the derivative of a composite function using the Chain Rule and algebraic simplification.
Derivatives Part 3 (Chain Rule Example 4) 02:45
Internet Explorer users: click pause before closing Derivatives Part 3 (Chain Rule Example 4)running time:02:45 added by:wlmui source: YouTubeThis is part of a series of videos I've made for my calculus class at The Putney School in Putney, VT. In this video, I find the derivative of a composite function with a linear component using the Chain Rule.
Derivatives Part 3 (Chain Rule Example 3) 03:10
Internet Explorer users: click pause before closing Derivatives Part 3 (Chain Rule Example 3)running time:03:10 added by:wlmui source: YouTubeThis is part of a series of videos I've made for my calculus class at The Putney School in Putney, VT. In this video, I find the derivative of a composite function (involving a reciprocal) using the Chain Rule.
Derivatives Part 3 (Chain Rule Example 2) 02:38
Internet Explorer users: click pause before closing Derivatives Part 3 (Chain Rule Example 2)running time:02:38 added by:wlmui source: YouTubeThis is part of a series of videos I've made for my calculus class at The Putney School in Putney, VT. In this video, I find the derivative of a composite function using the Chain Rule.
Derivatives Part 3 (Chain Rule Example 1) 02:22
Internet Explorer users: click pause before closing Derivatives Part 3 (Chain Rule Example 1)running time:02:22 added by:wlmui source: YouTubeThis is part of a series of videos I've made for my calculus class at The Putney School in Putney, VT. In this video, I find the derivative of a composite function using the Chain Rule.
West Hill cyclocross race 11-1-09 00:14
Internet Explorer users: click pause before closing West Hill cyclocross race 11-1-09running time:00:14 added by:katsuzanneharris source: YouTubeThe dreaded run up at West Hill Cyclocross race 11-1-09 Putney, VT ... "West Hill" cyclocross putney vermont vt
Frames: Fire at the Putney General Store 02:14
Internet Explorer users: click pause before closing Frames: Fire at the Putney General Storerunning time:02:14 added by:BrattleboroReformer source: YouTubeA slideshow of photographs by Brattleboro Reformer photographer Zachary P. Stephens of the fire at the Putney General Store in Putney, Vt. 11/1/09
Fire at the Putney General Store. 11/01/09 02:31
Internet Explorer users: click pause before closing Fire at the Putney General Store. 11/01/09running time:02:31 added by:BrattleboroReformer source: YouTubeA fire engulfs the Putney General Store in Putney, Vt., late Sunday night. 11/01/09 ... fire general_store putney vermont news newspaper brattleboro_reformer reformer
Double Banjo Foggy Mountain Breakdown featuring Bruce Stockwell and Bill Jubett 02:26
Internet Explorer users: click pause before closing Double Banjo Foggy Mountain Breakdown featuring Bruce Stockwell and Bill Jubettrunning time:02:26 added by:BillEvansBanjo source: YouTubeBruce and his student Bill, along with April Hobart on guitar and Kelly Stockwell on bass play a great double banjo version of "Foggy Mountain Breakdown," live in concert at Landmark College, Putney, Vermont on 10/28/09.
Derivatives Part 2 (Extended Power Rule) 04:40
Internet Explorer users: click pause before closing Derivatives Part 2 (Extended Power Rule)running time:04:40 added by:wlmui source: YouTubeThis is part of a series of videos I've made for my calculus class at The Putney School in Putney, VT. In this video, I find the derivatives of several power functions with rational (sometimes negative) exponents and go over a few facts about rational exponents. |
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