Brain Candy Live FALL TOUR: http://www.braincandylive.com/tickets The Curiosity Box: https://www.curiositybox.com/ LINKS TO LEARN MORE BELOW! my twitter: http://www.twitter.com/tweetsauce Adam and I (but mainly Adam) making a kendama:
What is the area of a ring (an annulus), the region between two concentric circles? The line segment is tangent to the inner circle and has a length of 8. The answer is surprising and there are several ways to solve the problem. In the video I
Adam, Will, and Norm talk about Adam's recent visit to Jack White's Third Man Records, analog music recordings compared to digital, stories from a space show at our local science museum, and the most recent One Day Build with VSauce's Michael
After watching the Napkin Ring Problem video by Vsauce, I figured you could do this quite comfortably in 3D CAD, using a bunch of solutions applicable to other areas of your work. Software in use is Autodesk Inventor 2018, navigation using
Follow Me: https://twitter.com/ayden_acd 0C Original Video: https://youtu.be/J51ncHP_BrY
Wayne'sWork! My Response to VSauce and Adam Savage NAPKIN RING PROBLEM: SIMPLE EXPLANATION S09E07 OFFICIAL WAYNE'SWORK! STORE!! http://waynesworkvlog.blogspot.com/p/store.html CHECK OUT MY "HOW TO" CHANNEL http://www.youtube.com/c/waynenterprisesvids
Where it belongs to?
Can you solve the napkin ring problem? ----------------------------------------------------------------- Thank you for watching! Please click here link to subscribe: https://goo.gl/8G86XR or https://goo.gl/Rz8PY3 or https://goo.gl/BsHw8N
We start with a discussion of the shell method for finding volume in calculus and then apply that method to exploring the "Napkin Ring Problem".
